bluuebunny/crossref_metadata_2025_split huggingface dataset:
Design of vertical fisherman village in Penjaringan with sustainable development concept
Authors: Yudha M , Siahaan U , Ismanto R 
Published: November 2021

Abstract
Indonesia is known as an archipelago state that has more than 17,000 islands with a coastline of more than 81,000 kilometers. Therefore, the economic life of the Indonesian nation is largely centered on the coastal areas. Population growth along the coastline has resulted in fishermen choosing to live close to their source of life and building their economy there. Rapid population growth, and the scarcity of available residential land resulted in fishermen building denser settlements, expanding towards the sea and ultimately giving the impression of slums along the coast. It is felt that vertical settlements (flats) will provide solutions to problems in the conditions of these slum settlements. The effort to rejuvenate the fishing village in Penjaringan Village is the topic of this research with the limited vertical settlement approach, which takes into account: behavior patterns, habits, activities and daily needs of fishermen. A vertical development with a limited height is also seen as fulfilling the concept of sustainable development, where all fishing activities can be accommodated on a narrow area of land and do not sacrifice too much open land which is already small in the coastal area. In addition, fishermen’s life and cooperation between them can be facilitated by carrying out a compact upward design. This is one solution that will differentiate this fishing village from other settlements. This development is declared successful if all the goals that have been set together can be achieved and bring benefits to the group of residents.
Betawi arts and culture center with the application of modern tropical architecture
Authors: Nahuway L C , Eni S P , Sudarwani M 
Published: November 2021

Abstract
Jakarta is a city with a wide variety of ethnicities, languages and customs. Likewise with the Betawi culture that grew in the city of Jakarta. Jakarta culture must be distinguished from Betawi culture, Betawi people create Betawi culture, while Betawi culture is an element and supporter of Jakarta culture, conveyed by various other cultural elements found in Jakarta. Some other cultures are the cultures of various ethnic groups residing in Jakarta or national and foreign cultures or international cultures. Traditional Betawi art elements that have been known since ancient times and still live among Betawi people to this day, especially in the outskirts of Jakarta include dance, theater, music, literature and puppetry. Seeing Betawi culture in DKI Jakarta that is increasingly fading, Betawi leaders and elders under an organization called the Betawi Consultative Body (Bamus), urged the DKI Jakarta city government to create a container for the preservation and development of Betawi culture on an ongoing basis. With the application of Modern Tropical Architecture which is expected to make the tourist attractions become more modern but does not eliminate the characteristics of the Betawi culture itself.
Technology 5.0 in architecture based on the understanding of environmentalism
Authors: Napitupulu S S , Hardiman G , Tobing R R 
Published: November 2021

Abstract
Technology that developed rapidly in the late 19th century was the beginning of modern times and brought significant changes in every aspect of human life, including architecture. Starting from technology 1.0 until 5.0, technology still has a role in the field of architecture. On one side, technology offers convenience for humans to monitor buildings through the operating system and increases the value of life through its architectural style which is represented by the construction system and materials. On the other hand, technological developments also present problems. The problem that occurs due to technological development that are experienced globally is environmental damage. The purpose of this study is to determine the appropriate technology for use in buildings based on an understanding of environmental science. This study uses a qualitative method regarding the primary literature from books and journals (national and international). The results of this study concluded that through understanding the science of environmentalism, the basis for creating a design must begin with an understanding of the natural conditions of the design area. Henceforth, technology in architectural buildings is not in the form of mechanical technology that potentially increases the amount of building heat, but rather in technology that supports the natural performance inside the building in the form of wall material, new approach in terms of building openings, development of solar panel, windmills, and chimneys technology.
The application of green building concept through fabrication modular construction system in special house construction
Authors: Hakim H , Endangsih T 
Published: November 2021

Abstract
The cost of housing construction tends to continue to increase and various efforts have been made to reduce the cost of building special houses. One of the technologies chosen in the construction of special houses with a fast process is to use a fabricated modular construction system. The purpose of this research is to produce a technical design for the Special House as a reference in the optimal and efficient physical construction of the Special House. Research and development research methods by way of assessing and testing a product. Product assessment and testing were carried out on 11 manufacturers who fit the criteria and have produced prefabricated / precast houses. After the implementation of primary data collection, it was concluded that there were 8 Manufacturing Modular Construction systems that were likely to be optimally applied to special home products. The conclusion of the research is based on an assessment matrix from the aspects of the work system, time to work, the number of workers, financial, social and cultural as well as zoning, which get the highest score, namely Steel as the main structure. Steel has been tested for its structural strength and can produce quite a number of building material components.
Blind orphanage with blind space approach in Jakarta
Authors: Christover C , Siahaan U , Ismanto R , Ulinata U 
Published: November 2021

Abstract
There are still people with disabilities in society who consider them a burden. However, in fact, every child with special needs such as a blind people has the right to have a decent life like any other community. So, we need an orphanage for the blind people with a blind space approach that aims to provide social services to blind children by helping and guiding them towards reasonable personal development and having work skills, so that they can be independent, live properly and have responsibility, both for himself, his family, and society. This research used a qualitative descriptive method by collecting literature studies from national and international journal articles regarding the blind orphanage, collecting data related to the research location and conducting a comparative study of similar buildings in Central Jakarta. This research resulted in a blind orphanage design with a blind space in Jakarta approach that provides disability facilities for visually impaired people, educational facilities, and activity facilities for visually impaired people. It is hoped that the design of the Blind Orphanage can accommodate the activities of the Blind people in Jakarta.
Hybrid spaces: Sustainable city components in the transit area of Jatinegara Station Indonesia
Authors: Endangsih T , Prayitno B , Kusumawanto A 
Published: November 2021

Abstract
The Jatinegara Transit Area is an area of stations, residences and markets that have the potential to be developed into a Transit Oriented Development (TOD) area. The development aims to create a sustainable city and will become a hybrid area of a new residential ecosystem. In the research location, the rate of urbanization is relatively high which causes social and environmental problems that are very dangerous to the health and welfare of residents. Problems related to the environment include: increased CO2 emissions, loss of biodiversity, air pollution and climate change. Social problems involve the reduced space for interaction between residents due to the fulfilment of housing. Holistic planning is needed to solve this problem, through social and environmental approaches to create a sustainable city by developing a hybrid space model. The research method uses analytical methods (planning documents, design projects and literature), observation methods, comparative methods, etc. The first stage is mapping the existing conditions and the next stage is creating a model that applies a hybrid space. The conclusion of this research is that hybrid space is an alternative to improve air quality and provide public space for community interaction in terms of environmental and social sustainability.
Study of occupants’ perceptions and preferences of smart home system technology at The Eastern Green-LRT City Bekasi Apartment
Authors: Ulinata U 
Published: November 2021

Abstract
The development of technology over the time is increasing rapidly in various fields including in the field of property that applies smart home system. During the Covid 19 Pandemic, residential with smart home system concept deserves to be an option because it can provide convenience for residents in activities and work by arranging electronic devices such as air conditioning, televisions, lights, access in and out of residence. One of them is The Eastern Green LRT City Bekasi Apartment which is a residence with the concept of smart home system. Apart from the purpose of knowing perception and preference of residents to smart home system in Eastern Green-LRT City Bekasi Apartment, there are certainly still weaknesses that are also a consideration for improvement so that smart home system is able to facilitate residents to improve the comfort of residents. This research uses quantitative method by collecting data through survey. The results showed there are several things that need to be useful evaluation materials to improve smart home system. It is expected that this article can provide feedback to realize a more comfortable residence based on smart home system in welcoming the era of society 5.0 and the new normal era.
Environmentally friendly fish processing center in Muara Angke, Jakarta
Authors: Condro B R , Siahaan U 
Published: November 2021

Abstract
Indonesia is the largest maritime country in the world with two thirds of its territory consisting of territorial waters. Indonesia ha more than 17,000 islands, around 5.8 million km2 of sea, and 81,000 km length of coast. Indonesia Ocean is quite extensive and the sea products are quite diverse. Samudera Indonesia produces many types of shrimp, large pelagic fish (Tuna, Sharks, etc.), with a production of 1,076,890.00 tons / year. To realize the vision of the World Maritime Axis, several things must be considered, namely, sea spatial planning and maritime infrastructure and connectivity development. To support this government plan, the author wants to develop the Muara Angke Fish Market, which is the Center for Marine Products Processing at Muara Angke with the Waterfront Themes Approach. Muara angke is a fairly large supplier of marine products in Jakarta. The sea products come not only from the catch of local fishermen, but also from other regional fishermen. Muara angke has become a center for marine product trade, therefore the development of sea product processing has been able to encourage investment and business growth in the field of marine, diverse marine products and diverse processing capable of making Muara Angke as the Center for Processing of Marine Products. Its location on the edge of the sea is also a potential for the application of the Waterfront theme.
Sensitivity analysis on deformation of woven polyethylene formwork
Authors: Leony A , Summakwan K G , Sjah J , Rarasati A D , Purnomo H 
Published: November 2021

Abstract
The use of different material quality and amount can affect formwork performance at the beginning of casting. Practical easy to install formwork such as woven polyethylene with wire mesh reinforcement makes field work easier. Sensitivity analysis on the elastic modulus and the thermal coefficient variables of woven polyethylene, fresh concrete temperature during casting and fresh concrete load model are the objectives of this research. The research is performed by comparing experimental data and the numerical modeling of woven polyethylene formwork using Finite Element Method. The formwork span and width dimension are 1 m x 0.3 m, with a variety of heights namely 0.6 m, 0.45 m, and 0.3 m. The sensitivity value for each variable will be evaluated based on Pearson coefficient or R. The sensitivity analysis of thermal coefficient showed no correlation to changes in formwork deformation. The sensitivity analysis of elastic modulus and fresh concrete temperature showed perfect correlation to changes in formwork deformation although the changes are small (around 0.0003 cm to 0.0006 cm). The fresh concrete load model showed perfect correlation to formwork deformation as well as becoming the determining variable of the changes in the formwork deformation values.
Reducing of total harmonic distortion by simulating passive filters to suppress harmonic currents with the case: Faculty of Engineering Building, Universitas Kristen Indonesia Jakarta
Authors: Prasetyo A D T , Silalahi E M , Stepanus S , Widodo B , Purba R 
Published: November 2021

Abstract
Today’s electrical appliances use power electronics to save electricity. However, this equipment generates non-sinusoidal current, causing wave defect, expressed as total harmonic distortion (THD). As the %THD increases, the greater risk of equipment damage. For this reason, the research was carried out in the Faculty of Engineering Building, Universitas Kristen Indonesia Jakarta (FT UKI Jakarta) where there are many load combinations such as computers, various types of lights, laboratory equipment such as transformers, electric motors and so on. The research was conducted using quantitative method. Data collection is carried out directly in the main panel. Based on the measurement results, the calculation of the maximum load current (IL) and short circuit (ISC) is carried out. Through these values, it can be seen that whether the odd dominant harmonic values and orders meets the IEEE 519-2014 standards or not. Calculations and analysis of the measurement results have shown that the %THDI in the FT UKI building has not meet the standard. Therefore, it is necessary to simulate the filter design to reduce the %THDI, so that the results can meets the IEEE 519-2014 standard, which is below 5%.
Design and analysis of solar cell systems 100Wp in the Study Program Laboratory Electrical Engineering UHN Medan
Authors: Hutapea P 
Published: November 2021

Abstract
Currently, the use of solar cells is being developed as an alternative source of electricity generation. Studies and research are constantly looking for ways to increase the efficiency of using solar cells. This study aims to provide information to students of the Electrical Engineering study program at UHN Medan about the design, manufacture, simulation of the ETAP program, technical and economic analysis. Electrical load capacity in the laboratory room with daily load of 45Wh and peak load of 82 watts. Then the recommended designs are: 100Wp solar panel, BCR 40A, 102Ah battery and 1500VA inverter. The total cost required for the investment period is IDR. 18,954,000. Observations were made by taking light intensity data that occurred for 4 days in the laboratory. The equipment used for this measurement is: a luxmeter for measuring light intensity and a digital multimeter for measuring currents and voltages. The results show that. when the intensity condition is 49.0Klux, the voltage is 12.08VDC and the current is 0.47A. The highest light intensity occurs on the day of August 14, 2020 between 13.00-13.30WIB of 93.0Klux producing a voltage of 12.09VDC and an electric current of 0.90mA.
The influence of Unified Power Flow Controller to increase the value of Available Transfer Capability on transmission system Java – Bali, Indonesia
Authors: Siahaan D P S , Soebagio A , Widodo B , Stepanus S , Sihite E B O 
Published: November 2021

Abstract
Industrial growth and population in Indonesia led to an increase in demand for electricity. It needs a device that can perform a voltage correction profile online so that power will flow through transmission line. TJBTB (Transmisi Jawa Bagian Timur dan Bali) conditions before the installation of UPFC (Unified Power Flow Controller), the power supply received by the load is not 100% obtained from plants in the region, for example the Paiton power plant. In this research, the method used is with the help of MATLAB R2014a simulation by designing a 500 kV transmission system configuration and the placement of the UPFC found in regional IV namely East Java - Bali. From the simulation results, showing that there was a change in power flow when placing the UPFC. The right location is the West Surabaya - Gresik channel. On the Ngimbang bus there is a change in active power which before using UPFC by 1612 MW to 2208 MW after using UPFC, an increase in active power was 36.97%. The UPFC can fulfill all these functions and thereby meet multiple control objectives by adding the injected voltage with appropriate amplitude and phase angle, to the terminal voltage v.
Smart energy monitoring based on IoT Lora-Wan on the campus buildings: Case study Indonesian Defence University (Unhan), Sentul, Bogor
Authors: Ramadhan S , Lisapaly L , Boesrony D 
Published: November 2021

Abstract
Smart building constructions such as Campus Buildings have been designed for use, where the physical structure and system components are interrelated and can maximize functionality for operation and maintenance. So that the Campus building can be used with a longer age. One of the sub-systems that can monitor and notify the range of energy usage on a campus building is a smart electrical energy meter (kWh meter), which is connected to all devices that consume electrical energy in campus buildings. These interconnected smart devices use IoT (Internet of Things) interconnection networks and low power wireless technology (Lora). In a case study of the use of this system at the Indonesian Defense University, Unhan, Sentul, Bogor, West Java, it can be seen how the maximum efficiency in the use of electrical energy can be obtained in the smart campus building construction, which runs automatically.
Re-design stalled solar panel so that can activate water pump for Mentawai community needs especially the middle Siberut sub-district
Authors: Orlando B , Sebayang M D , Samosir R 
Published: November 2021

Abstract
Re-Design Stalled Water Pump in Middle Siberut sub-district to be used again by using solar panel as an alternative energy source. Solar Panels used in this re-design are 48 pieces with capacity 200 WP. Energy produced from solar panels is stored in batteries with capacity 48 volts 400 Ah. Electrical equipment used is still alternating voltage, an inverter is needed so that can change the voltage in the same direction produced on solar panels be alternating voltage which will then be used as a source of electrical energy for activate water pump as well as other electrical equipment.
Re-design the use of PV to distribute water from tanks to rural area for Mentawai especially in Central Siberut sub-district
Authors: Purba R R , Samosir R , Sebayang M D 
Published: November 2021

Abstract
The redesign of the water pump stuck in the district of Central Siberut is reused by using the Solar Panel as an alternative energy source. The materials and tools used are Booster pump, pipe, air valve, wash out, blow off and gate valve. The booster pump is used to pump high pressure water from the tank so that it can reach Saibi village, where Saibi village is the farthest village compared to Simulaklak village, where the distance from the tank to Simulaklak village is only 1.5 km and the tank to Saibi village is 4.5 km the elevation difference between the tank and the village of Saibi is 25 meters above sea level. The total water demand in Simulaklak and Saibi villages is 17.63 liters / second with flow rates in Simulaklak and Saibi villages of 2.25 m / sec and 1.69 m / sec, for the pump head obtained from the tank to Simulaklak village is 72,1 m and the pump head from the tank to Saibi Village is 120.31 m. The standard atmospheric pressure obtained for Simulaklak village is 10,284 mH2O and for Saibi village is 10.301 mH2O. Booster pump is an alternative that can be used for distributing water from the tank to the village.
Analysis the effect of cutting speed on wear and crystal structure on CVD and PVD layer carbide insert materials
Authors: Supriyanto B , Budiarto  
Published: November 2021

Abstract
It has been done analysis effect of cutting speed on wear and crystal structure on CVD and PVD layer carbide inserts has been performed. The purpose of the study was to determine the effect of cutting speed on wear, crystal size, dislocation density and micro lattice strain on CVD and PVD layer carbide insert materials to cut the AMS5643 stainless steel material. CVD and PVD layer carbide insert cutting process with cutting speed variation 113; 126; 140; 175 m/min with cutting motion of 0.38 mm/round and depth of cut 1.5 mm fixed. Wear test results showed that CVD layer carbide insert wear was 15% higher than PVD layer carbide inserts. The results showed that the size of CVD layer carbide insert crystals was smaller than PVD layer carbide inserts by 42% and the dislocation density of CVD layer carbide inserts made no significant difference to PVD layer carbide inserts, as well as micro lattice strains for CVD layer carbide inserts greater than PVD layer carbide inserts.
Diversity and potential utilization of medicinal plants in Way Kambas National Park
Authors: Denny  , Wardani M , Susilo A 
Published: November 2021

Abstract
The lowland forest area of Section I Way Kanan, Way Kambas National Park, possesses abundant medicinal tree species. This study aims to identify the medicinal tree species and their potential uses. Data collection was carried out by an inventory of all tree species by the belt transect method on a 100 m x 10 m. All plants were sampled for the herbarium, recorded, identified, and then analyzed for their usefulness. Data analysis was carried out to obtain the accuracy of scientific names, using the comparative identification approach, comparing herbarium samples from the field with herbarium specimens from Heyne’s collection at the Forest Botanical Herbarium, Forest Research and Development Center, Bogor. The identification results using herbarium specimens recorded 24 medicinal tree species of the 20 genera and 20 families. Based on Heyne’s Herbarium collection, 13 tree species of the 11 genera and 11 families possess the potential for medicinal and food. Among these species, the community still uses medicinal trees, such as Artocarpus elasticus, Baccaurea bracteata, Bouea oppositifolia and Cinnamomum iners. In general, people use medicinal plants when a family member is sick or used as tonics and supplements to maintain endurance.