Pengaruh Job Satisfaction, Organizational Commitment, Dan Job Involvement Terhadap Organizational Citizenship Behavior Pada PT Mustika Dharmajaya

Penelitian ini bertujuan untuk melakukan analisis terhadap pengaruh job satisfaction, organizational commitment, dan job involvement tehadap Organizational Citizenship Behavior (OCB) PT Mustika Dharmajaya. Pengumpulan data dilakukan dengan cara menyebarkan angket. Metode penelitian yang digunakan adalah penelitian kuantitatif. Teknik pengambilan sampel pada penelitian ini menggunakan metode simple random sampling. Jumlah sampel yang ditetapkan pada penelitian ini berjumlah 288 orang karyawan divisi produksi. Proses pengolahan data menggunakan program SPSS 23. Hasil dari penelitian ini menunjukkan bahwa terdapat pengaruh job satisfaction, organizational commitment, dan job involvement terhadap organizational citizenship behavior pada karyawan produksi di PT Mustika Dharmajaya

ANALISIS KINERJA PENDAPATAN DAN BELANJA PEMERINTAH KOTA KUPANG

This study aims to determine the financial performance of the City of Kupang in 2015-2018. This research is a quantitative descriptive. This research was conducted at the Regional Finance Agency of Kupang City. Data collection is done by using the documentation method. The data analysis technique used is quantitative descriptive with the formula: Decentralized Degree Ratio, Regional Financial Independence Ratio, PAD Effectiveness Ratio, Revenue Growth Ratio, Spending Efficiency Ratio, Spending Variance Ratio, Spending Growth Ratio. The analysis of the results of this study shows that the Regional Financial Performance of the City of Kupang can be seen from (1) Decentralization Degree Ratio can be categorized as less, because the average degree of decentralization is 15.79%, (2) Regional Financial Independence Ratio can be categorized as instructive because the average is 21.36% and it is known that the Central Government is more independent than the Regional Government, (3) PAD Effectiveness Ratio can be categorized as very effective, because the average effectiveness is 109.21%, (4) Revenue Growth Ratio has increased positively with average the average is 4.74%, (5) the Shopping Efficiency Ratio can be categorized as efficient because the realization of the budget is less than the target budget with an average of 88.9%, (6) The Shopping Variance Ratio is categorized as a favorite variance (preferred difference) with an average the average is 44, 8%, (7) Growth Expenditures Ratio experiences positive growth with an average of 6.17%

Pengaruh Atmospheric Terhadap Behavioral Intention Dengan Variabel Service Quality Sebagai Intervening Studi Empiris Pada Restoran Di Daerah Menteng

This study examines the behavioral intention of respondents who have been to Lara Djonggrang restaurant, Menteng, Jakarta, a restaurant serving typical Indonesian food themed with the legend of Central Java, which is the story of Lara Djonggrang. The study was conducted to determine the factors that affect behavioral intentions while atmospheric serves as independent variable and service quality as mediation variable. The analysis technique used in this study is the PLS (Partial Least Square). The results shows that Atmospheric has an effect on Service Quality. Atmospheric also has an effect on Behavioral Intention. Service Quality has an effect on Behavioral Intention

The effects of the van der Waals potential energy on the Young’s modulus of a polymer: comparison between molecular dynamics simulation and experiment

Molecular dynamics simulation were employed to investigate the effect of changing the potential energies describing primary and secondary bonds on the Young’s modulus of a polymer. The energies were changed by arbitrarily modifying the parameters of the potential energy model function. The parameters influence the structure of the polymer and its global energy, eventually causing changes to the Young’s modulus. The van der Waals energy describing secondary bonds gives the most significant contribution to the changes. Increasing the energy increases the density and Young’s modulus. The trends are in agreement with experimental data

Creep-Fatigue Relationship in Polymer: Molecular Dynamics Simulations Approach

The creep‐tensile fatigue relationship is investigated using MD simulations for amorphous polyethylene, by stepwise increasing the R‐ratio from 0.3 for fatigue to an R‐ratio = 1 for creep. The simulations can produce similar behavior as observed in experiments, for instances strain‐softening behavior and hysteresis loops in the stress‐strain curves. The simulations predict the molecular mechanisms of creep and fatigue are the same. Fatigue and creep cause significant changes of the van der Waals and dihedral potential energies. These changes are caused by movements of the polymer chains, creating more un‐twisted dihedral angles and the unfolding of polymer chain

Effects of temperature and strain rate on the deformation of amorphous polyethylene: a comparison between molecular dynamics simulations and experimental results

Molecular dynamics simulations are used to investigate the effects of temperature and strain rate on the deformation of amorphous polyethylene. The simulations predict the effects of temperature and strain rate on the stress-strain responses, Youngs modulus and Poissons ratio similar to those observed in laboratory experiments performed by other researchers. The time-temperature superposition principle is applied to the Youngs modulus and Poissons ratio to form a master curve to address the discrepancies in strain rates between the simulations and the experiments. Differences in the numbers of monomers and chains, the degree of crystallinity and molecular orientation lead to discrepancies in the Youngs modulus and Poissons ratio between simulations and experiments

Molecular dynamics simulations of strain-controlled fatigue behaviour of amorphous polyethylene

Fatigue of amorphous polyethylene under low strain was simulated using molecular dynamics. The united atom approach and the Dreiding force field were chosen to describe the interaction between monomers. Molecular dynamics simulations resembling strain-controlled loading fatigue tests in tension-tension mode were performed to study the effect of the R-ratio and mean strain on the mechanical responses. Laboratory fatigue experiments in strain/displacement control were performed at room temperature, and the results were compared to the simulation results. The simulations are able to produce qualitatively similar behaviour to the experimental results, for instance, mean stress relaxation, hysteresis loops in the stress�strain curve, and change in the cyclic modulus. They also show that stress relaxation is enhanced by cyclic loading. The simulations show that cyclic loading changes the total potential energies of the system, especially the van der Waals potential. The changes in the van der Waals potential energy contribute significantly to the increasing of the stiffness of the system. Some changes in dihedral angles with lower energy configurations are observed; however, bond distances and angles do not change significantly. The chains tend to unfold slightly along the loading axis as the fatigue loading progresses