Technology Reports of Kansai University (ISSN: 04532198) is a monthly peer-reviewed and open-access international Journal. It was first built in 1959 and officially in 1975 till now by kansai university, japan. The journal covers all sort of engineering topic, mathematics and physics. Technology Reports of Kansai University (TRKU) was closed access journal until 2017. After that TRKU became open access journal. TRKU is a scopus indexed journal and directly run by faculty of engineering, kansai university.
Technology Reports of Kansai University (ISSN: 04532198) is a peer-reviewed journal. The journal covers all sort of engineering topic as well as mathematics and physics. the journal's scopes are
in the following fields but not limited to:
Human development focuses on equality and justice between women and men. Gender Development Index can be used for human development analysis. The GDI value is the ratio between the human development index of women and men. Human development problems in coastal rural-based areas are a very complex system. The method of data analysis by the systems approach is a dynamic systems model. A dynamic system is a methodology that focuses on policy-making and how the policy determines the behavior of problems that can be dynamically modeled by the system. The purpose of this study is to analyze a gender development policy scenario with a dynamic system model. Data was collected from secondary sources, namely from the book Gender-based Human Development. The results of the analysis show the best scenario in a coastal rural-based area. The best scenario for the policy are expected number of school years -female = 13.5 years, length of school rate _female = 12 years, purchasing_power _female = 16.3 (ln 12,000,000) from the fact 15.79 (ln 7,171,000).Human development focuses on equality and justice between women and men. Gender Development Index can be used for human development analysis. The GDI value is the ratio between the human development index of women and men. Human development problems in coastal rural-based areas are a very complex system. The method of data analysis by the systems approach is a dynamic systems model. A dynamic system is a methodology that focuses on policy-making and how the policy determines the behavior of problems that can be dynamically modeled by the system. The purpose of this study is to analyze a gender development policy scenario with a dynamic system model. Data was collected from secondary sources, namely from the book Gender-based Human Development. The results of the analysis show the best scenario in a coastal rural-based area. The best scenario for the policy are expected number of school years -female = 13.5 years, length of school rate _female = 12 years, purchasing_power _female = 16.3 (ln 12,000,000) from the fact 15.79 (ln 7,171,000).
The multi-reservoir operation rules require accuracy in developing its technical parameters. This is done to prevent operational failure in one of the reservoirs. The water transfer concept is to manage the water resources distribution between the receiving watershed and the donor watershed. The availability of transferable water must prioritize meeting the water needs of the donor reservoir. The use of storage capacity in both reservoirs aims to meet water needs, especially in the recipient. The location and capacity of the interconnected tunnels will determine the operation pattern of the multi-reservoir. The reservoir operating rule is expected to be a reference in the multi-reservoirs operation to obtain an optimal reservoir operating rule.
Floods that occur on the north coast of Central Java are caused by high rainfall and the presence of ROB including floods that occur in the Catchment area of the Semarang city banger, where there is high rainfall, where when there is high rain, water flows from upstream to downstream carrying waste material. In the form of used bottles, plastics, tree branches, leaves and other rubbish in the presence of this garbage will disrupt and inhibit the flow of water, which both happens in the longstrage banger and in channel A2. Semarang by optimizing longstorage. To find out the water level in the longstorage the method is to install a peil schal or measuring meter in the long storage banger in addition to installing a Diver device that is paired with the peil schal tool if the water has reached a certain elevation according to the stipulated provisions, the water in Longstorage banger then the pump is discharged into the BKT river in Semarang City. Based on the results of measurements and field observations, when it rains in the Banger cathment area, it is directly proportional to the observation using the Diver tool and is juxtaposed with the observation results at the nearest rainfall station, namely BMKG maritin. Observation and installation of tools were carried out on 24 February to 5 March 2020 based on observations and reading data on your maximum elevation diver on 24 and 25 February 2020 while based on daily and hourly rainfall data obtained from BMKG, Maritime Station, the rainfall intensity is 25 mm. and the flood discharge is 34 m3/s and the water level in the Banger longstorage is 0.8 m, based on these data, it is a straight line with good observation using the Diver tool and with the data obtained at the bulk station.
The scientist plays an essential role in making discoveries and inventions. However, human limitation and individual reasoning can obstruct the way of doing science. Knowing the systems thinking process is an essential approach to understanding how scientific products are influenced by various factors. Research on cognitive biases can help this interest in understanding these limitations among scientists. We discuss scientific activities that consider the history and philosophy of science and the sustainable future requiring creative problem solving, which can be very susceptible to cognitive biases. We also pay attention to the multilayered nature of current scientific work, where the scientist works individually and collaborates with colleagues. Thus, this paper discusses the framework of cognitive biases related to scientific work. Weighing those considerations, we construct an alternative new framework by listing the biases in scientific work. We close by recommending the validation of this framework to become a potential construct that would be helpful for further study.
Indonesia is one of the richest countries for the renewable and nonrenewable energy resources. The energy source is needed to fulfil the household, industrial and mining needs. A coal mining process particular in PT. Bukit Asam used petroleum to run the production equipment. Cat 3406 engine which used in D8R is one of the production equipment that pushing the coal in TLS (Train Loading Station). Due to the energy source of D8R is derived from diesel, the combustion processing in the combustion chamber produces exhaust gas emissions. The emissions are too dangerous for humans, hence, to analyze the exhaust gas substance is required. In this research, collecting data of diesel, biodiesel B20 and biodiesel B30 due the engine rotation at 800 rpm and 2100 rpm at each variation is carried out. The generated gas is analyzed using measured exhaust gas emissions. As the results, B30 produced lowest emissions, while the highest torque is generated by diesel. The amount of fuel consumption for diesel and biodiesel are same.
