Intensive utilization of computers is especially emphasized in the field of industrial production, where use of computer applications achieves significant savings in regard to the time required for manufacturing of products. Shortening of the production time decreases the production costs and new products are faster introduced to the market, thus making the company more competitive. In addition to the shorter time for production, better precision and accuracy is also accomplished, resulting with better product quality at the end. Due to the fact that, for the reason of cost-effectiveness of manufacturing of tools, processing of sheet metal on presses is primarily performed in the course of serial production, this paper focuses on an analysis of the use of computers in the process of design of tools for punching and cutting of sheet metal on presses. The presented methodology encompasses all phases in the process of design of tools – from planning the work piece until the final design of the tool for punching and cutting, with an emphasis on the activities performed exclusively by computer applications. The result of this research is a 3D geometrical model of a tool for punching and cutting, with an explanation of characteristics of its construction parts, calculation of its executive parts, analysis and simulation of operation of the tool, and finally the conclusion on the representation and importance of the utilization of computer applications in the process of design of such tools

Arising from the fact that it has become pertinent to establish a research agenda that can guide managerial efforts ethical conducts that will be perceived as workplace or organizational justice, especially with respect to distributive justice, hence, this research is focused on investigating the influence of distributive justice on employees’ job satisfaction. The descriptive survey research design was used for this study. The sample size for this study included three hundred and twenty-five (325) staff of the Nigerian Ports Authority. Using the multiple regression analysis, the study revealed that that distributive justice has significant influence on employees’ satisfaction. Consequently, the study suggested that deliberate effort should be made to install and run a system whereby distribution of outcomes, particularly financial rewards should be performance based and reviewed at regular intervals in light of prevailing socioeconomic circumstances.

Electric vehicle is a new way of transportation having no air, noise pollution and an environmental friendly way to commute. India being a major market for electric vehicle and government plan to be an electric vehicle country by 2030 is a major ambitious plan and to achieve this this study has been conducted to check the acceptability of people towards electric vehicle and its effect on automobile industry. In this study we tried to find the people opinion and their awareness about the electric vehicle, reaction to some shortcomings of electric vehicle and will people accept it wholeheartedly. Government of India launched FAME scheme to increase the adoption of electric vehicle among masses. Almost all the vehicle producer in the world have at least one electric vehicle in their product portfolio and around the globe the acceptance of electric people is rapidly growing. Several policies in favor of electric mobility has been rolled out and its immediate effect are positive. However it’s an ambitious and long journey with a comprehensive policy plan, it can be achieved. Policies need to be introduce to discourage the further adoption of gasoline vehicle and new schemes need to be implemented to aggravate the adoption of electric vehicle. This study used 9 independent factors pertaining to characteristics of electric cars and developed a regression model for determining the buying behavior of customer. The analysis was done using R software. The study found that mobility and recharging characteristics were found to be most significant factors while RTO norms was considered to be the least significant characteristic affecting the buying decision of electric cars. The model developed from our study was 88% accurate and hence can be used for predicting the buying behavior of customer. This study is of prime importance to the companies who wanted to launch electric cars in India

This research was conducted to find out whether the presence of a cinema place that provides quality services with ticket prices above the average does not affect the desire of millennials to keep watching at that place. This research is a primary research looking for the audience perception of the presence of high-end cinema. The results that there is an influence between service quality on audience satisfaction and loyalty. Satisfaction and loyalty of the audience affects the audience to watch in this classy place. The recommendations are print media to advertise their products according to the intended segment, the facilities provided are still not suitable, tickets are sold to be more segmented

Industry Revolution 4.0 has changed the way we live, work and interact, creating new opportunities and challenges. To deal with these challenges, SMEs need an application that can integrate and automate SME business processes. PT. Faco Global Engineering is a manufacturing company that focuses on steel. In its production activities, the related documents are still handwritten using the existing forms, and stored in a Microsoft Excel. So that documents related to production activities and production reports cannot be accessed in real time. Odoo is an open source ERP application that provides production activity solutions in the form of manufacturing modules. This implementation using the ASAP (Accelerated SAP), with a risk that appears at a low level of 44%, medium 48%, high 8%. There are 6 form adjustments, namely product form, bill of material tab components, bill of material tab properties, work center, manufacturing orders, and work orders on Odoo. The ASAP method is chosen based on the level of efficiency for making reports of production results of 64% activity, 78% time, 100% distance, and 50% human resources

Composite materials have made way to several different fields, including aerospace structures, under water vehicles, automobiles and robot systems etc. Due to the high strength they are widely used in the low weight constructions and also used as a suitable alternative to metals. ANSYS FEA tool has been used for stress distribution characteristics of single lap joint with crack in-built in adhesive layer. In several different applications and also for joining various composite parts together, by using epoxy adhesives. Modeling and static analysis of 3D Models of lap joints were carried out and compared for two different composite materials. The present study deals with the analysis of single lap joint subjected to tensile load and the stress distribution in the joint members under various design conditions are to be found. The fracture characteristics of single-lap bonded joints in composites to be investigated by structural analysis and experimentally. The effects of bonding method, surface roughness, bond line thickness and the existence of fillet on the failure characteristics and strength of bonded single-lap joints were evaluated experimentally. The failure process, failure mode and the behavior of loaddisplacement curve was apparently different according to bonding method to be evaluated.

Electronic waste is one of the hazardous waste concerns which pose threat to the both developed and developing countries in terms of environmental pollution. Generation of electronic waste is increasing year by year globally and it is important to treat the e-waste properly. Electronic waste contains materials such as Al, Ag, Cu including hazardous materials such as lead in various electronic waste products. In this work integrated circuit chips, header pins and edge connectors from modem e-waste are selected for the investigation due to the availability of precious metals in them. Experiments were conducted on these selected components by acid leaching followed by elemental analysis by ICP-OES. The components for the acid leaching were removed from PCBs of computer modem boxes by de-soldering method. The acid leaching experiment on header pin was conducted using 200ml of HNO3 solution. The leaching experiment on IC chip was carried out using aqua regia solution containing 25ml of HNO3 and 120 ml of HCl. The precipitation was done using sodium metabisulfite (Na2S2O5). The elements in output residue obtained from acid leaching were identified using ICP-OES. Concentration of silver was found to be highest with the value of 64.40 mg/l among all the other elements present. Similarly, in header pins residue the concentration of silver was found to be 14.18 mg/l and copper 7.68 mg/l. The silver present in the IC chip ash was found to be 13.99 mg/l and the concentration of copper was 7.77 mg/l.

The Findings/Frame Work from the Second Stage of Frame Work Analysis gets further validated by Grounded Theory in the third stage of Frame Work Analysis. The Researcher used NVIVO 12 for data analysis due to the “Effort and Time factors” involved. The points to be noted in the results of data analysis are (1) “Resistance to Change” and associated variables, “Compliances” and associated variables, “Purchasing Patterns” and associated variables, “Affordability” and associated variables, “Efforts” and associated variables, “Trade up or Buy back”, “Brand Loyalty”, “Innovator Support” and “Central Innovation Office” re-appeared in the data analysis (2) “Country of Origin”, “ICV Score” and “Local Presence” are the newly emerged variables. The findings/frame work of data analysis of Stage 3 goes as an input to the fourth and final stage.

The findings/frame work from the third stage of frame work analysis gets further validated / tested by the Grounded theory for one final time in the fourth stage of frame work analysis. The researcher used NVIVO 12 for data analysis due to the “Time and Efforts factor” involved. The Frame Work proposed by the Researcher in the Third Stage of Frame Work Analysis gets validated in the Fourth and Final stage – No New Variables/Relationships emerged or got eliminated. Very few studies have dealt with Pre-Adoption Variables in the past. Unraveling the Pre-Adoption Variables and its influences on the process of adoption are the Theoretical Contributions of the researcher to the Innovation Adoption Literature.

For thermal management in applications like automobiles, aviation, marine etc. we need materials with high thermal conductivity, low coefficient of thermal expansion and at the same time the materials should have high strength, high corrosion resistance and low density. Aluminum alloys are excellent choices as the alloys possess all these properties. In order to improve the properties of the alloys further to make them more suitable for the applications, alloys are reinforced with different materials. This review focuses on influence on thermal properties of LM25 and some common light metal alloys reinforced with different materials, effect of heat and solution treatments on LM25/SiC MMC, effect of aging treatment on thermal fatigue of LM-25 alloy and the most common synthesis technique used.

Rice is the main staple food for the population of Indonesia. Although people in several provinces such as Papua and Maluku initially consumed staple foods other than rice such as sago and tubers, they are currently switching to consuming rice. Rice demand for consumption in Indonesia is increasing with the increasing population. This study aims to determine the dynamics of rice consumption and its determinants in Indonesia. The data used are data originating from the Central Bureau of Statistics and the Ministry of Agriculture, which includes data from 33 provinces in the period 2010- 2018. The data was analyzed using panel data regression analysis with the selected model fixed effect model on the equality of functions of rice consumption in Indonesia. The results of the analysis show that rice consumption in Indonesia influenced by the number of households, rice prices, cooking oil prices, chicken prices, participation in rice consumption, age and social assistance. Price elasticity and income elasticity is inelastic, but income elasticity not statistically significant. There are indications that food diversification is happening, can be seen from consumption decline due to social assistance which provides alternative choices of consumption

The effects of the main technological factors on efficiency of Claus reactor at thermal stage and on sulfur production processes at catalytic stage. The following main factors affecting the efficiency of Claus reactor at thermal stage have been reviewed: composition of acid gas fed to Claus reactor; air/ sour gas ratio; detention time of reaction mixture; temperature and pressure, and temperature at catalytic stage; pressure; detention time of gases in contact with catalyst and catalysts activity. Analysis of acid gas composition fed to Claus reactor, hydrogen sulfide H2S, carbon dioxide CO2, water vapour; hydrocarbons; oxygen; COS and CS2 and impact of each of them on technological process has been carried out. Upon the research results, graphic dependencies of impact of main examined technological factors on indicators of technological processes of sulfur production had been designed. Language models describing dependence of quality indicators of sulfur (sulfur grade) on sulfur mass fraction, ash mass fraction, mass fraction of organic substances and mass fraction of water have been designed in order to assess quality of obtained sulfur that, in turn, implement the linguistic dependence representing production knowledge base. Membership functions which describe fuzzy indicator- i.e. “high quality” of sulfur.

This study developed a five-axis machine center that integrates two mechanical models: a three-degree-of-freedom parallel platform and traditional computer numerical control (CNC) X–Y table. In the design of the mechanism, the three actuator axes are parallel to each other, and the two platforms are installed in parallel. The positions of the moving platform are changed by extending and shortening the three axes. To verify the machining precision and usability of this machine, this study used the post processing program to transfer the numerical control code using five-axis machining software to determine the processing path; the Z, a, and ß values of the numerical control program are used to convert each axis value of a three-axis motion platform through inverse kinematics. Finally, this study used two machining methods in the design: actual concentric roughing and actual spiral roughing. Machining experiments were conducted to verify the accuracy of the proposed method.

In present scenario due to high competition in market, there are lots of pressures on organizations involbs with transportation industry, to provide the service in a better and effective manner. The distribution of products among the customers in systematic manner is not an easy task. Transportation models provide an effective framework to meet these challenges. In an uncertainty environment, it is a too difficult to handle a multi-objective transportation problem with fixed parameters, rather it is easy to consider all related factors in terms of linguistic parameters. Different objectives of a multi-objective transportation problem are affected by multiple numbers of criteria like route of transportation, weather condition, vehicles used for transportation etc. In this study a multi-stage multi-objective transportation model is developed with fuzzy relations. Minimization of both cost and time of transportation are considered as two different objectives of first stage which are associated with a number of different criteria like detortion time, fixed charge and mode of transportation. In second stage, another objective i.e quantity of transported amount is considered on the basis of previous two objectives. All these factors considered for this model are imprecise in nature and are represented in terms of linguistic variables. The fuzzy rule based multiobjective transportation problem is formulated and Genetic Algorithm for multiobjective problems (MOGA) is used to find optimal solution. The model is presented with a numerical problem and optimum result is discussed.

E-HRM is the adoption and implementation of the web enabled technology to the various HR processes. It directly contributes to the organisational effectiveness and it creates various alternatives to get the work done in a relatively shorter period of time. Limited research has been done in this field and its full potential is yet to be anticipated as it is still growing at a remarkable pace. This research paper aims at quantitatively analysing the intention of adopting the E-HRM technology by HR Professionals with the help of the TAM (Technology Acceptance Model) model specifically in the manufacturing sector of India. The responses of 200 HR Professionals were collected through convenience sampling method by the help of structure questionnaires distributed to selected manufacturing companies with different categories in India. To analyze the impact of different identified factors on Attitude towards Technology Acceptance and Intention to use, Structural Equation Modelling (SEM) using AMOS Software has been executed in this paper. Adoption of E-HRM technology in the manufacturing industry will help HR Professionals to do their work in an effective manner and it will also help them in handling immense work pressure.

The major purpose of this paper was to examine the direct and indirect effect of customer delight to customer electronic loyalty through customers’ trust. For this major purpose, an empirical survey was conducted with the active participation of 242 respondents from three big cities, namely Jakarta, Bandung, and Surabaya cities located in Java Island, Indonesia. On the basis of statistical analysis, the major finding indicates that electronic trust (e-trust) has positive and significant mediating effect in the relationship between customer delight and electronic loyalty (e-loyalty). In contrast, the result indicates no significant direct effect of customer delight to eloyalty. This study suggests that fashion industry firms must build customers’ loyalty by building trust to the customers.

Computer training of technological process operators is recognized worldwide as an effective means of reducing accidents and increasing production efficiency by improving operator`s skills. The use of computer simulators for training operators of potentially dangerous industries is fixed in regulatory documents of many countries, including Russia. Most enterprises in the oil and gas industry have already equipped their training centers with computer simulators; however, the metallurgical sector and other representatives of the chemical engineering industries do not use and often do not consider a computer simulator as a tool for improving efficiency and production safety. World statistics shows that among the causes of industrial accidents, operator mistakes are firmly in second place. They account for an average of 40% of all emergency incidents. Computer training is the most powerful and effective means of dealing with the operators mistakes. With the help of a specialized simulator, with a high degree of accuracy, imitating the work of a dangerous technological installation, relating to the oil refining or metallurgical industry, it is possible not only to familiarize operators with potential emergencies and develop a strategy for preventing accidents, mitigating or eliminating its consequences, but also working out actions operators to automatism. A good full-scale simulator allows to work out detailed measures to prevent accidents, as well as plans for the localization and liquidation of emergenciesThe article presents an overview of the current state of the industry of technological simulators, examines existing technical solutions, global manufacturers and simulators using aspects

Achieving the highest possible efficiency from a propeller is needed to minimize fuel. However, this is limited by the occurrence of cavitation, vibration, noise and material strength possessed by propellers. Thus it is necessary to do a new breakthrough in designing or modifying the shape of the propeller to achieve maximum performance. One modification that can be done is to change the skew angle. Propeller B-Series is a propeller that is often used and has a fairly complete geometry data. Cavitation is something that must be considered because it will manifest into noise, vibration and erosion in the propeller blade. The modification of the skew angle will be analyzed using the CFD (Computational Fluid Dynamics) method of how the relationship between performance and cavitation results from the various variations that have been made. So that later it can be known that skew angles produce maximum performance and low cavitation. From the simulation results it can be concluded that the greater the skew angle, the value of the thrust and torque aredecrease, but this is inversely proportional to the value of efficiency that has an upward trendline with the greater angle of skew. Increasing the skew angle can reduce the potential of cavitation at certain skew angles. The skew angle which has a thrust value, torque, and efficiency that is quite high and has a fairly low cavitation potential is at the skew angle 0°

In the last couple years, Indomobil, one of the largest automotive companies in Indonesia, has been suffering from decline in revenue and net loss. Competition in automotive business requires the company to have innovative strategies to be able to compete with other competitors. At the same time, the company needs to find opportunities to improve the efficiency and effectiveness of business activities. Business Intelligence (BI) is a process of taking large amount of data to be analyzed and presented as a set of reports; this includes synthesizing the implied key concepts of the entire data and translating these concepts into an applicable conclusion in decision making processes to improve business performance. In this paper, we demonstrate the process of adopting the cloud-based dashboard using Power BI at the strategic management level. The development of the dashboard system is based on the Vercellis framework, consisting of four main stages which are analyzing, designing, planning, implementing and controlling. One of the finding is that the data cleansing process is the most important stage to produce the right information. The other being the involvement of the user from the analysis and design process to the result validation will greatly improve the quality of the required dashboard. Moreover, the paper aims to explore the capability of Power BI in supporting the decision making process other than by simply using the dashboard.

This research explored the thermal property of a warm spring in Nigeria as a potential source of thermal electricity generation. Ikogosi warm spring is located in Ekiti State, Nigeria. The spring consists of cool and warm water flowing at a very close proximity while each maintains its thermal property. For a long time ago, the water from the spring has been used as therapeutic cure of some diseases such as rheumatism and guinea-worm in addition to its tourism while other people used the water as battery electrolyte. This research however harnessed the thermal property of the spring for power generation to show the huge potential it holds in terms of energy generation. The temperature of water samples collected randomly from the spring at different points was measured with thermometer. The thermoelectric voltage was measured with Seebeck thermoelectricity experiment using copper and platinum as conductors. The temperature measurement of the warm spring shows the highest and lowest values of 345.1 and 342.6 K respectively. On the other hand, the temperature of the cool spring varied between 309.8 to 309.9 K along the spring. The minimum and maximum value of the thermoelectric voltage is 1.31 and 1.41 mV respectively. Having identified energy problem as one of the constraints to economic development in Nigeria, then study of this nature will not only save the country from irregular supply of electricity but will also boost the tourism potential of the area while small and medium scale business enterprises of the country will be promoted.

While there is a challenge and conflict between the need of energy and the production, different alternatives are explored to minimize the used of coal in the generation of electrical energy because of the greenhouse gases emission and climate change. Ocean wave energy is one of the important solutions to the energy needed as South Africa is almost surrounded by ocean. This paper defined the important parameters intervening in the ocean wave energy assessment and the design of ocean wave energy converters for KwaZulu-Natal province in South Africa by defining the significant height and the average peak period. Based on the analysis of ocean wave data sets of this province the significant height of 3.854 m and peak period of 9.807 s were obtained. Those can be used to determine the wave class based on the environmental information’s, and the appropriate type of spectral model to use in the study of ocean wave energy converters for energy harvesting

Modified Sukhoi with Gripen wing was under investigation. The Sukhoi Su-30 maneuverability at very high angles of attack (AoA) was preserved and intensified with the advantage of slotted Gripen wing. The angle of canard in collaboration with fighter wings created a pattern of flow so that at the maximum of AoA the fighter has a higher lift coefficient than without the Gripen wing. The behavior of changing the angle of canard configuration played a crucial role in producing a sturdy core of vortex so that it could create an increased lift. Canard body vortex cores interacted strongly with the vortex core from slotted Gripen wing that the resulting vortex core merging increased lift dramatically. The use of fluid dynamics computation (CFD) based on vortex strength had attained detailed and clear visualization and aerodynamic data in uncovering the vortex dynamics occurrence. It was uncovered that at the AoA 400 , the modified Sukhoi Su-30 with Gripen wing was capable of creating the most potent flow relation from the main wing caused by the canard. It was clear that the formation of the merging of the vortices above the canard of the fighter was obviously evident resulting into stronger vortices.

A model of the movement of bulk material with regard to its stress-strain state in the working chamber of a centrifugal crusher with inclined blades is proposed. The results of the model allow us to determine the kinematic and geometric characteristics of a uniform flow of particles of bulk material as it leaves the cell of the apparatus between the blades. The evaluation of the design parameter of the blades for the implementation of the condition of uniformity of the specified flow before the impact on the bumping surface

The present study investigated a lightweight optimal design method that considers the static and dynamic environment of a child pop-up seat, which is a convenience device applied to vehicles. This paper presents a method for deriving a lightweight optimal design model by applying topology optimization and an experimental design method. For this purpose, this study changed the existing metal material used in the leg part of a child pop-up seat to a plastic material, and simultaneously considered the static and dynamic environments when applying sled test conditions. The density method was used to derive the initial shape of the child pop-up seat leg part in a static environment. Furthermore, the leg part was designed based on the stress distribution, and an optimization algorithm in the dynamic testing environment was applied to derive a thickness value that satisfied the allowable stress. The effectiveness of the lightweight optimal design model was verified through a comparative analysis between the model that considered the existing static environment and the model that simultaneously considered the static and dynamic testing environments.

The development of power generation capacity requires a parallel and interconnected work system with one another. However for different plants requires a hybrid system. This is a solution for remote areas that still use Genset / PLTD as a source of electrical energy to serve consumers / load This study aims to examine the charging current of a solar energy hybrid generator with a Genset / Diesel and the time used to fill the accumulator in conditions without load and load conditions. The results showed that the solar energy hybrid generator and Genset / Diesel prototypes were able to produce electrical power at 08.00 - 17.00 in the average sunny weather of 290.7 Wp without loading and at the time of load of 236.4 Wp. At night, the energy stored in the battery is converted into electrical energy to supply the load. Thus it can save electrical energy

Non-renewable sources of electricity are currently running low, so alternative energy sources are needed, such as renewable energy that is environmentally friendly, relatively inexpensive, carbon neutral, for example, hybrid wind power plants with solar energy. This study aims to make a prototype of a hybrid wind power plant with solar energy as an alternative energy source. The implementation method is done by making prototypes of wind power plants and solar power plants. Furthermore, the two plants are combined and are commonly called hybrid systems. This research was conducted at the Electrical Engineering Laboratory, Paulus Indonesia Christian University, Makassar. The results of the study were obtained for each 120W power plant (PLTB), 100W Solar Power Plant (PLTS). Thus the maximum power produced by the hybrid system is ± 220 W

Business competition between manufacturing businesses in Indonesia is getting tighter along with the development of businesses from competing companies that have similar businesses. One strategy that can be applied by this company is Business Intelligence, that is by utilizing the data that is already available to help in better decision making, such as decisions based on facts stored in the data, precisely namely the lack of errors in the presentation of reports, and fast that is, cut down on the time for making the usual report. The method proposed by the author is a method that can be used to predict sales value based on existing sales data (sales forecasting). By implementing Business Intelligence and data mining, companies can learn from the data that has been collected, can evaluate the performance of the sales department, can understand market trends from the products sold, and can predict future sales levels. In addition, Business Intelligence can display detailed transaction data recapitulation quickly.

The convective heat transfer rate inside a flat tube radiator of an automobile using CuO-Water nanofluids were investigated experimentally and numerically. Nanofluid of 0.1%, 0.2%, 0.3% volume concentrations were prepared using CuO nanoparticle with water as base fluid. The effect of mass flow rate, volume concentration inlet temperature on heat transfer rate with varied coolant mass flow rate ranging from 6LPM, 8LPM, 10LPM were examined. Results shows that heat transfer rate linearly increases with increase in mass flow rate and volume concentration, the best heat transfer rate is achieved at 0.3% volume fraction of CuO at 10LPM. A maximum enhancement of 35% in heat transfer rate is obtained for 0.3% concentration of CuO nanofluid.

In this paper, free and forced vibration of functionally graded beam are investigated, the develop theory based on the refined method considered the variation of transverse shear strain and stretching through the FGM beam at the simple supported boundary condition. The properties of the material change continuously through the thickness of the beam, these characteristics vary according to a power law. The aim of refined method is to reduce and simplify the number of unknowns by divided the transversal displacement into shear, bending and stretching displacement. Based on Hamilton’s principle, the governing equation of motion beam is obtained. The present results are compared with current and different solutions in order to validate the sequence development of the analytical solution. However, the power law index, shear and stretching deformation have a significant influence on displacement stress and frequency

This research assesses the factors influencing construction site operative training in Nigeria with a view to enhancing safety practices among construction sites operatives. A cross-sectional research design was adopted, where snowballing and random sampling techniques were used to select the construction company and the respondents. Respondents to be sampled were drawn from the list of professionals in the built environments such as Architect, Quantity surveyors, Builder and the Engineers and site operatives such as skilled, unskilled, semi-skilled labors and operators working with each construction company. Data were collected using a wellstructured close-ended questionnaires designed based on the stated objectives of the study. 188 copies of questionnaires were distributed out of which 137 was completely filled and returned, representing 72.9 response rate. Returned data were analyzed using percentile, Relative Important Index (RII) and independent Sample T-Test with the aid of the Statistical Package for Social Science (SPSS) software version 21.0. The result revealed that changes in government policy, poor job performance, quality improvement, high rate of rework and technological changes were the major ranked factors influencing construction site operative training in Oyo State. It further show that there are significant difference in the opinion of site operatives and professionals on organizational peer pressure, high level of material wastage and promotion exercise or change in position. The study concludes that operatives in the study area tend to be trained only when there is change in government or organization policy. The study recommend that government/organization should frequently review there policy in favor of operative training

Problems in learning community including budget constraints, facilities and infrastructure, environmental conditions, someone busy life and the limited time they have been making learning community one of the right solutions. The paper is used to determine the characteristics learning community to support learning at informal education. The results obtained are that the characteristics of a learning community are grouped into several aspects, namely aspects of content, forums, media and technology, methods and lectures / tutorials. From these aspects, media and technology become the most important thing, then aspects of the forum, aspects of the content, aspects of the methods used in the learning community, and the last can be seen from the aspect of the lecture /tutorialss. After knowing these various characteristics expected to be able to distinguish between learning communities for formal education, non-formal education and informal education. These three things are very different in terms of characteristics so this paper can be used to determine components that can affect learning community in informal education, where the component of learning community in informal education will be discussed in the next study.

This paper targets the reliability of Data Acquisition System through Fatigue assessment under Random Vibration conditions. The fixed wing aircraft generate the random vibrations during the entire sortie and are imposed on the avionics systems installed on the platform. The limits defined as per MIL-STD-810D are superimposed for assessment of Fatigue. Fatigue assessment of Data Acquisition System procedure is presented and each step of the procedure is explained. A finite element model of the system is built in ANSYS software Version R15.0 after generating a 3D CAD model in SOLIDEDGE Software Version ST 7.0. The model is evaluated for stresses generated on imposing Random Vibration loading for One Hour each in X, Y and Z axes. The natural frequencies in all three axes were determined. The fatigue life assessment has been done for Cumulative damage using Miner’s damage rule. The study of fatigue assessment results in that Data Acquisition System has residual life and it can sustain random vibration loading of further 15.18 hrs.

The design of the multi row radiator that is commercially used has some limitations. Among them, there is no sufficient contact surface among the tube rows; therefore, the thermal conduction rate across the tube rows and to the fins is hindered [1]. In this paper, a pseudo–single row radiator was designed to rectify the problem in the multi row radiator design. The 3D modeling software Pro/Engineer was used to design and construct this radiator. The designed radiator performance was analyzed by using different Nanofluids that include Aluminum Oxide (Al2O3), Silicon Dioxide (SiO2), Copper Oxide (CuO) and Ethylene Glycol with three volume fraction values (0.2, 0.3 and 0.4). The pressure drops, inlet velocities, heat transfer coefficients and heat transfer rates were determined by using Computational Fluid Dynamics (CFD) in ANSYS. The results showed that the CuO Nanofluid gives a better performance in comparison with other Nanofluids

Cloud computing is presently playing a significant role in the provisioning of vital services in information technology. A unique aspect of cloud computing is the cloud middleware and other related entities which supports applications and networks. Determining a particular research area especially in terms of cloud middleware and services at all levels could be a cumbersome process for a researcher, hence the need for reviews and paper surveys that identify research gaps. The purpose of this paper was to conduct a systematic mapping study of cloud computing middleware, stacks, tools and services at all layers. The focus was on three facets of studies, the research facet, topic facet and contribution facet. The results showed that there were more publications on tool in the contribution facet with tool, model, method and process having 18.10%, 13.79%, 6.03% and 8.62% respectively. In addition, evaluation and solution research had the largest number of articles in terms of tool with 14.17% and 26.77% respectively. A most striking aspect of the systematic map is that solution research has the highest frequencies of publication in relation to all aspects of the topics extracted for the study. This study clearly identified gaps in the field of cloud computing middleware, which should stimulate interest for further studies by both researchers and industry practitioners

Industrialization of the Nigerian economy started with the establishment of fully integrated large-scale industries for rapid development of the sector. However, inability of the strategy to fast-track economic growth in Nigeria led to a shift to small-scale industries. As opposed to the complex and sophisticated nature of the former, the latter strategy is characterized by simple technology which available industrial infrastructure could readily support. A blend of the right choice of technology and strong economic fundamentals is imperative for a vibrant and robust manufacturing sub-sector. This paper estimates the impact of key macroeconomic indicators on manufacturing performance in Nigeria using the method of vector autoregression (VAR). The study focused on the industrial strategy based on small-scale industrialization. The variance decomposition result shows that variations in manufacturing capacity utilization in Nigeria are largely driven by shocks to its lagged values. The result further shows strong positive impact of trade openness on manufacturing capacity utilization. The study therefore concludes that manufacturing performance in Nigeria is partly driven by shocks to own innovations and partly by trade policy shocks.

It is nearly impossible for any manufacturing firm to produce all inputs whether raw material or intermediate inputs required for its production processes. Consequently, industries depend on the resources of one another. In economic interplay of industries, bottleneck problem do occur where one industry may not be able to satisfy the demand of the other industry. Hence, the review effort seeks to document the underlying relationship between vertical integration and bottleneck problem arising therein inter-industry production system to guide industry stakeholders in making decisions and policy formulations for improved production performance. The appraisal pinpoints “resources dependent” as the primary bottleneck problem in inter-industry production system. In addition, the review established that firms attempted to solve resources dependent problem by implementing vertical integration because it ensures reduced marketing cost, stable operations, and certainty of supplies. In addition, it motivates control o f product distribution, high quality control, timely revision of production policies, and healthier inventory control among other benefits particularly for products whose components are highly inter-related and dependent. Hence, vertical integration is tool to address resources dependent problem but requires econometric model to determine the threshold and limit of its implementation in production environment

In production environment, supply chain system is a tool for attaining efficient production performance because it streamlines and optimizes the entire production processes. It appears that research efforts so far only supported arguments for the benefits of supply chain management in production environment without taking into account problems associated with the administration of supply chain system within production setting that constitute impediment to production throughput and make it difficult for manufacturers to satisfy customers’ demands. Consequently, the aim of the review effort is to highlight the importance of supply chain management and identifies the underlying bottleneck problems related to supply chain administration in production setting to guide stakeholders in policy formulation for further production performance. Notable among the problems identified that are attributable to supply chain organization in production environment are, supply disruption, lack of agility to respond to supply and demand fluctuation, inadequate logistics, lack of adaptation to evolving market, inaccuracy of information between the extended enterprises, ineffective integration and coordination of supply chain strategy across the functional units, lack of capacity and resources availability, lack of quality and regulation compliance. Based on the identified problems, we developed a supply chain appraisal tool for pre-qualification and selection of supply chain vendors in production environment.

In this paper three different samples of reinforced carbon fibre carried out with different weight percentage composition of seaweed. This composite sandwich made from the above materials with suitable and sufficient epoxy resin.. The sandwich composite materials undergone through non-destructive test like as vibration analysis and destructive tests such as tensile test, hardness survey and impact test. In this study predict the quality of the above composite material using by destructive and nondestructive testing methods. These test results are compared of the three compositions of composite materials then determined the good quality samples among the three.

This paper discuss on scientometric analysis of nuclear waste research performance during from 2009 to 2018, totally 1083 records were retrieved and downloaded during the study period. Nuclear waste research publications shows an increasing and digressing trend,3087 authors were contributed in this research during the study period, amongst Hrma P and Kaushik CP has first position 14 contributions respectively, remaining 3085 authors were contributed below 13 contributions. Totally 957 institutions were contributed in this research amongst ‘United States Department of Energy’ has first position with 165 contributions, ‘Pacific Northwest National Laboratory’ has second place with 68 contributions, ‘Centre National de la Recherche Scientifique’ has third place with 60 contributions, and so on. This study found that, single author contributions are less compare with multi authored papers in this research. Totally 63 countries were contributed in this research, amongst ten countries, USA has highest contributed with first place, France has second place with 10.80 percent, England has third place with 10.25 percent, moreover India has fourth place with 79 contributions

The paper studies the promising vehicle configurations, in particular, amphibious snowmobile-gliders (ASG) with elastic-damping cab suspension. The aim of the study is simulation of ASG dynamic loading processes when driving on uneven ground, and optimization of the elastic-damping cab suspension performance. The study was conducted by mathematical simulation on the PC.such a solution requires careful calculation of the suspension parameters using the ASG mathematical model. We designed the calculation scheme and the mathematical model of dynamic loading for the ASG with elastic damping cab suspension. This approach was implemented as a software package for a PC with visualization of calculation results

Software testing is that the primary activity to provide reliable software system. Irresponsible of a software system is incredibly abundant passionate about the means of testing performed. Software system testing that is sometimes last activity of the software system development cycle is performed below the pressure. Quality and irresponsible of software system area unit abundant passionate about take a look at ways that area unit dead by take a look at cases. Generation of optimized take a look at ways may be a difficult a part of the software system testing method. During this paper, a very important effort is formed to propose a brand new technique to get the optimized take a look at ways from UML sequence diagram. A tailored algorithmic rule known as as Firefly algorithmic rule is employed to induce the vital ways. Firefly algorithmic rule is met heuristic and impressed from flashing behavior of fireflies. A case study of Patient registration system area unit is employed on justify the planned approach. Info Flow Metric and their cyclamate complexness area unit used for prioritization of take a look at ways. Results indicated that optimized ways from sequence diagram have not any redundancy and made the higher results. This system explains a brand new property- and model-based testing technique exploitation UML/OCL models, directed by property diagrams and an instrument for helping the temporal properties rationalization. The patterns square measure suggested within the TOCL language, correlate edition of Dwyer property diagrams to OCL. The patterns square measure accustomed distribute temporal needs while not having to be told a fancy physical logic like LTL or CTL. This analysis aims to come up with action at law mechanically from UML diagram since model primarily based testing that conducted on early section of software system development method show higher potency. UML diagrams utilized in this analysis square measure activity, sequence diagram and SYTG because the combination graph. These 3 are established because the most compatible diagram to come up with action at law from previous analysis. Technique projected during this paper is Depth initial Search formula that changed to come up with expected take a look at cases. Gift a way which will be accustomed (i) mechanically verification sure whenever attainable (ii) tighten a group of bounds projected by the user and (iii) guide the user within the bound choice method. This approach could increase the usability of UML/OCL finite verification tools and improve the potency of the verification method.

The purpose of this study is to describe how the form of local independence through characteristics: having self capacity; collective responsibility; and the ability to think. The research design employs a qualitative descriptive approach. Based on the results of the research conducted, several activities that can increase the capacity of the community from the hallway in Makassar City are: motivation to increase self-capacity; basic skills training for the aisle community; forming a hallway business entity; women aisle industry program; and partnerships between entrepreneurs and SMEs. Some of the activities that can increase the collective responsibility of the aisle community in Makassar City are: participating in house and environmental hygiene maintenance activities; participating in environmental security maintenance activities; taking part in religious activities; and participating in economic business group activities. Meanwhile, some activities that can improve the ability to think and act sustainably in the aisle community in Makassar are: expressing suggestions/opinions; community participation in the decision making process/formulation; provide advice on the course of development; and give an assessment and submit it as an evaluation material.

This study contributes on effects of Emotional Intelligence (EI) through empirical study exclusively employees of Private Sector Workplace (PSW) in Odisha. The aim of this paper is to find the impacts between EI and work-related flexibility relation in private sector workplace. The study shows that management encourages risk taking at work, the concept of artificial intelligence introduced in the all most every private sector or they have adopted use of advanced technology as an effective strategy to flourish in competitive market scenario. The aim of this study is to analyze the effects of emotional intelligence on employee job performance in private sector workplace. The questionnaire survey is used in three point Likert Scale. There are eighteen numbers of questions on six major categories according to the Genous model, like i) Self-Awareness ii) Awareness of others iii) Authenticity iv) Emotional Reasoning v) Self-Management and vi) Positive Influence. Each category has three major questions. This is to measure greatest work-place benefit among the correlation with EI and JP. Structural Equation Modeling (SEM) is applied to examine the collected data from the private sector workplace. The study shows how EI has its impact on the job performance of employees in PSW.

A machining fixture is a device used to hold or support work in the manufacturing industry. By using the specifications of the horizontal machining center, we designed and analyzed the 3D model of the fixture in the software. For the final drive case, this machining fixture on LH & RH is used for Bharath dozers 65 ton capacity. This horizontal machining center will increase production rates, reduce demand for labor, save time. This machine will be performed after production hours, after operations such as drilling, boring, tapping, reaming, threading. Using a fixture improves the economy of production by enabling smooth operation and rapid transition from part to part, reducing the skilled labor requirement to simplify set-up and use of fixtures, and increasing compliance across a production run

The purpose of this research paper was to examine the nature of the relationship between organisational politics and employee engagement and was carried out in the year 2018 in Nigeria. This research addressed gaps in literature in three ways. First, this study offered quantitative evidence of the relationships between organisational politics and employee engagement. Second, this study elaborated on theoretical support for the perceived link between organisational politics and employee engagement. Finally, this study developed a model on the link between both variables. The paper adopted a descriptive survey design. Three hundred and fifty-nine questionnaires were retrieved from the staff of private radio broadcasting firms in Southeast Nigeria. The analysis of the data was presented in tables and graphs, and the Spearman correlation was used for analysis. The paper found that organisational politics positively relate to employee engagement. The study also postulated theoretical and managerial implication from the result obtained

The visual ergonomic is a very effective tool in preventing visual problems through environmental and postural advice. One important field in visual ergonomics is the eye ellipse. Eye ellipse may be defined as the imaginary elliptical boundaries beyond which the iris of the eye cannot reach. So far, the eye ellipse is defined only with the manikin features i.e., different manikin has different eye ellipse and this eye ellipse remains the same all times. Ergonomical evaluation software like RAMSIS, Jack, etc... also uses the same principle to define the parameters. As of now, a truck driver in his neutral position will have the same eye ellipse as when he drives a race car in the neutral position. So, we are doing a study in which we estimate the eye ellipse of manikin with respect to its H-point and also to find the parameter which has a peculiar effect on the eye ellipse.

Due to a considerable increase of electric energy demand and greenhouse gases emission in South Africa (SA), renewable energy (RE) systems are an important option to overcome this challenge. This paper presents an assessment of electric energy production using new manufactured photovoltaic (PV) systems in KwaZulu-Natal (KZN) province. It has been found that electricity can be produced using PV technology with higher performance of 102.30 W/m2 for SPR-P17-350-COM PV module and 97.15 W/m2 for SPR-P19-400-COM PV module obtained at the site SM10 and low performance of 81.54 W/m2 for SPR-P17-350-COM PV module and 81.32 W/m2 for SPR-P19-400-COM PV module obtained at the site SM04. This encourage the use of PV technology in the province to overcome the growing demand of electricity and reduce the emission of greenhouse gases produced by the coal-fired power plants

The use of power in corporate settings tends to influence the organizational climate which is related how much employees commit to the progress of a firm. In this paper, qualitative content analysis is used to assess how power-game in Nigerian manufacturing firms influence workers’ productivity. Fifty (50) full time employees were randomly selected across five (5) manufacturing companies in Nigeria. A semistructured, open-ended interview schedule containing 10 questions related to power and productivity was administered on the employees. Using qualitative approach (content analysis), Cohen Kappa inter-coder reliability calculations showed that at 54 percent, themes such as coercive power, reward power and legitimate power were dominant, pointing to formal power forms. In turn, these bases of power negatively affect openness and commitment on the part of employees. As such, it is suggested that corporate individuals who have access to power entrusted by organizational authority must make use of personal power forms; such as referent and expert powers to effect high productivity among employees

A size optimization design method for the frame of a three-wheeled motorcycle with a cargo box is proposed considering high load and motion conditions that may occur under straight-driving and curve-driving conditions. The existing frame of a three-wheeled motorcycle with a cargo box was compared with the frame under high load through finite-element analysis by applying longitudinal bending and torsion, and the thicknesses of the members that exceeded allowable stress were optimized using the design of experiments. The comparison and analysis of both the existing model and the optimally designed model confirmed that the frame strength was improved compared with the existing frame

Automation has introduced new dimension to the advent of project and construction execution in construction field. Virtually all aspect of construction is being innovated with cutting edge technology. In this study cutting edge technologies were evaluated and their various validation platforms were evaluated. The following objectives were set and achieved in this study: Establishing different tests that could be carried out to ascertain functionality of an informatics platform, review of features present in available informatics platforms, exploratory study of platform validity system through functionality tests and developing a semantic icon functionality test. Ten (10) informatics platforms were selected for case study, while 40 structured questionnaires was used to collate respondents data as related to on the critical factors that influences the effective use of system usability test on ICT Informatics platform and parameters for newly generated Icon functionality rating scale(IRS). A new test protocol was designed that could be used for carrying out Icon functionality rating evaluation tagged”IRS”.

The purpose of this research is to propose a solution that minimizes fuel consumption and the average travel distance, and at the same time, maximizes the utilization of forklift usage in the biggest glass manufacturer in Indonesia. The methods are by using Class-Based Storage, Dedicated Storage, and simulation. We simulate 18 scenarios for various assignment policies, the arrival probabilities of entities, and the number of available forklifts. The best scenario is obtained by using Dedicated Storage with a combination of one storage forklift and one delivery forklift.

Multiple human tracking based on object detection has been a challenge due to its complexity. Errors in object detection would be propagated to tracking errors. In this paper, we propose a tracking method that minimizes the error produced by object detector. We use RetinaNet as object detector and Hungarian algorithm for tracking. The cost matrix for Hungarian algorithm is calculated using the RetinaNet features, bounding box center distances, and intersection of unions of bounding boxes. We interpolate the missing detections in the last step. The proposed method yield 43.2 MOTA for MOT16 benchmark

Food availability in Yogyakarta in 2015 was in sufficient condition but there were still of 20 food and nutrition-lack villages. The purpose of this study was to find out the factors that influence the level of household food security in Yogyakarta. This study used secondary data 1,160 households from National Socio-Economic Survey in Yogyakarta 2015. Data was analyzed by Ordinary Least Square (OLS). The results showed that the affordability of household food was 98.53%. Energy adequacy rate was 90.57%. The level of diversity of food consumption was 85.74%. The level of nutrient balance of energy sources was 98.28%. The level of household food security was 96.43%. The conclusion of the study was that the higher age of housewives, education of housewives, and income of household members will increase the level of household food security. The more number of household members will reduce household food security. Households living in urban areas were more resistant to food than households living in rural areas. Poor households were less food resistant than non-poor households. Farmer households were more resistant to food than non-farm households. The government needs to increase people income through providing capital facilities and expanding new jobs

Buckling of slender columns, which aid compressive masses in structures. First, the essential axial load, which suggests the onset of buckling, is described and computed for a number of easy models composed of rigid bars and elastic springs. Solid, neutral, and volatile equilibrium conditions are described for these idealized inflexible systems. on this task, we are able to describe the simulation of the two fashions(strong) and (hole), in which they will be addressed to select special models in terms of the intensity of selected alloys and masses inflicted for you to look at the buckling under critical layout hundreds Ansys and using Autodesk software program