bluuebunny/crossref_metadata_2025_split huggingface dataset:
The Principles Of Healing Environment In Sexual Harassment Rehabilitation Centre
Authors: Kinanthi R , Djimantoro M , Suryawinata B 
Published: August 2021

Abstract
The number of victims of sexual harassment increases every year while the number and quality of facilities related to rehabilitation are inadequate. According to some experts, Healing Environment has a very good role in accelerating the physical and psychological recovery process of patients, but in reality, patients are treated with inadequate facilities in terms of quality of space and environment, so the healing process is less than optimal. Therefore, this study aims to find out the proper principles of the healing environment in sexual harassment rehabilitation centers. Data collection was carried out by literature studies combined with observation and comparative studies in similar facilities and interviews with psychologists, interviews with victims, and other professionals. The result shows that the required aspect of the healing environment in the Sexual Harassment Rehabilitation Center. These results can be applied in the Design of a Sexual Harassment Rehabilitation Center.
An application of solar panel for energy efficiency at vertical building in Lebak Bulus Jakarta
Authors: Wandari DA , Noegroho N , Tedja M 
Published: August 2021

Abstract
This article contains a research on position and placement of solar panels to reduce electrical energy consumptionof an office building with analysis on sunlight of the site, which located in Lebak Bulus, Kawasan Koridor, Jalan TB Simatupang, South Jakarta. The method of the research is as follows: (1) Analyze the site location, (2) Analyze the climate in the site location, (3) Analyze the solar panels placement based on the result of analysis of sunlight, (4) Analysis of Electricity Supply Demand Calculation in Buildings, and (5) Calculate the efficiency based on the amount comparison of electricity needs of the air conditioner and the energy produced by solar panels. The result shows that solar panels will work optimally if placed on the upper side, the northeast side and the northwest side of the building. The amount of solar panel needed are as many as 4,398 pieces, based on comparisons between energy consumption and building area. So, it can be concluded that the use of solar panels on the top side, and 2 other sides namely east and west can produce electricity use efficiency of 53.08%.
Architechnopreneurship: instrument calibration
Authors: Wijaksono Sigit , Sasmoko  , Indrianti Yasinta , Rahmayati Yenny 
Published: August 2021

Abstract
Jakarta as the capital city of Indonesia has the potential to be prone to flooding duringthe rainy season. Geographical conditions, dense settlements, drainage systems and river flow conditions are various causes that require complex handling. Therefore, it needs synergy from various professions and expertise to be able to overcome problems that have social and economic impacts. Architechnopreneurship is a multidisciplinary concept developed as an effort to provide solutions for communities to survive in areas that are potentially affected by flooding. An architect’s work that has a content of beauty provides education for the public to take advantage of housing as a place of refuge equipped with technology as a warning system as well as providing insights to bring the value of entrepreneurship to life. To achieve this goal, an instrument will be made that will be distributed to the wider community to assess this architechnopreneurship concept building sketch. This study aims to describe the results of the architechnopreneurship instrument calibration. The research method used is the Neuroresearch method, a mixed method with an emphasis on the exploratory and explanatory research stages. The result of this research is an architechnopreneurship standard instrument that can be used to measure the architechnopreneurship concept building sketch.
The Rejuvenation of the Settlement at Kapuk West Jakarta
Authors: Christian  , Tomasowa R , Himmayani V 
Published: August 2021

Abstract
Increasing the population results in a higher capacity of limited available land. The need for houses for low-income population groups is hard to fulfil. This causes many slums that require redevelopment to provide comfort for the people who live in the settlement. It also occurs in citizens association No. 12 Kapuk, West Jakarta. There are 11 standards of the Central Bureau of Statistics in conducting an assessment of the slums, one of them is ventilations. Rejuvenation by the design of ventilation through the shape of grammar can improve the quality of the housing specifically in every house.
The Application of Balinese Tri Hita Karana and Tri Loka Concept in Children’s Creativity Hub in Kuta, Bali
Authors: Wulandari A A A , Yogita S B , Simanjuntak P M 
Published: August 2021

Abstract
Balinese cosmological beliefs have become a very important foundation in Balinese lives, including architecture. Balinese architecture does not simply consist of physical and natural materials, it also seeks balance and propriety. It needs to be in a harmonious balance relationship between humans with humans, humans with their natural surroundings, and humans with God or known as Tri Hita Karana. This study tries to apply this concept that is usually used in architecture, within an interior space with a children’s creativity hub in Kuta, Bali as a study case through the qualitative method. The result of this study proposed a design concept ‘Jelajah Riang’ a concept that is suitable for the function of the space and can be embedded with Tri Hita Karana as well as Tri Loka concept, with three rooms used as a sample; the break room, dancing studio as well as painting and drawing studio. In these three rooms, not only the activities designed suitable to those concepts but also the interior elements, such as wall and floor finishes, lighting, ventilation, and so on
Post covid-19 public space adaption: a case study of building entrances in Jakarta
Authors: Ruki U A , Wulandari A A A 
Published: August 2021

Abstract
Recently, all public facilities in Jakarta have been affected by the Covid-19 pandemic; offices and retailers are closing their stores since the beginning of the outbreak, but the other facilities such as airports, train stations, and hospitals are still open while following the new normal protocols. Additionally, to help flatten the curve of Covid-19, buildings are taking transmission caution towards their facilities and interior spaces during the pandemic. This study’s main objective is to provide a review of the concepts of adaption within a building to the occurring issue of Covid-19. An entrance is the first gate or door to welcome customers, but unfortunately, buildings’ entrance areas are undergoing several adjustments of space and functions. In this research, the design thinking method is combined with qualitative analysis using tools such as benefits maps to help build competitive advantage and communication strategy, what kind of activities that give height, low benefit and how easy or difficult it might be to implement the strategy. This study concludes objectives in delivering new normal protocols within the building facility with a recommendation for entrance areas to provide several tools. Fulfilling the customer’s expectation is one way to increase the trust and a feeling of safety in customers’ perceptions. Entrance space adaption will also give customers a positive perception of the buildings when they enter the facility. Additionally, it will also give a long-term solution for the new normal protocols taking place. Finally, the eight concept activities could be utilized as a guideline and strategy for facility and building maintenance proposals to add value to facilities’ long-term solution.
Allometry and condition indices of reef fishes caught by bobo fish traps in Barangay Bato, Sta. Cruz, Davao del Sur
Authors: Alcando Darrell 
Published: August 2021

Abstract
The reef fishes that were caught during the sampling period through the use of bobo fish traps were identified and were subjected to length-weight relationship analysis as well as condition index establishment. The results revealed that there were 16 species belonging to 9 families associated with bobo fish traps in the study area. The establishment of length-weight relationship for fourteen species indicated that they all grew allometrically in which ten (10) species out of the 14 attained negative allometric growths while the remaining 4 species attained positive allometric growths indicating that most of the fish becomes less round or slender as they grow in length. The condition index (relative weight) of the 10 species in this study attained more than a hundred percent value indicating that they attained more weight in comparison with the observed population. Based on these findings, it has been concluded that only a small number of species of reef fishes were associated with bobo fishing method in the area. The obtained negative allometric growths attained by most of the species implied that the specimens probably face possible threats regarding food availability. Condition index analysis results may indicate an overall healthy environment for the fishes regardless of the possible threats on food resource. Nevertheless, the confounding result manifests the complex interaction of fish growth with environmental changes which was deemed difficult to extrapolate.
Sustaining Esturial Creeks: Water Corridors in Mitigating Flooding in Manila, Philippines
Authors: Ancheta Arlen A. 
Published: August 2021

Abstract
This paper articulates that estuarial creeks as water corridors are essential part of urban flooding mitigation. These water corridors drain excess water from the city to the bay area reducing inland flooding while at the same time flushing pollutants during tidal changes. Using an institutional analysis, it is argued that estuarial creek rehabilitation in the City of Manila, Philippines is based on mandate, policies, legal frame, and programs. Results show that the estuarial creeks have been silent witnesses to the changing human landscape of Manila. These water corridors in congested Manila have been cleared, cleaned and widened by government agencies but were not maintained as natural space breaks in mitigating flood due to short term targets. Their deteriorating conditions have added to Manila’s waterway misery. In conclusion, the rehabilitation of the esteros is a reflection of the institutional arrangements in managing the waterway system in Metro Manila.
Leverage Factors at Red Brick Production Centers in Sinar Tanjung Village, Banjar City, West Java Province
Authors: Rosmala Fenty , Bambang Azis Nur , Purnaweni Hartuti 
Published: August 2021

Abstract
The existence of a certain traditional red clay brick production area has helped to boost the community’s economy. Although the sporadic existence of production units, in which many were not established based on a research stage with the concept of sustainable development, has consequently generated environmental damage. Land as a non-renewable natural resource has limited carrying capacity and its utilization needs to be regarded carefully for the present and future generations. This study aims to identify leverage factors that can act as an intervention for better environmental management at the red brick production centers in Sinartanjung Village, Pataruman District, Banjar City, West Java Province. The present research is based on the concept of sustainable development triangle (economic, ecological, and social dimensions) incorporated with analysis of Rapid Appraisal for Fisheries (Rapfish)-Multi Dimensional Scaling (MDS) from the results of the assessments of 25 red brick production units. It starts with the identification of sustainability issues to be discussed, determination of the analysis unit and attributes, data entry, and Rapfish analysis to determine the area’s sustainability status and leverage factors. The results showed that red brick production centers were not yet sustainable obtaining a value(64.47). Moreover, the leverage factors identified were: profit transfer (economic dimension), level of air pollution (ecological dimension), the trend of changes in the livelihoods of the local communities (social dimension).
Sustainability of Old Semarang to World Heritage: Challenges in Coastal Area
Authors: Rahdriawan M , Yuliastuti N , Indrosaptono D 
Published: August 2021

AbstractHistorical cities can be an important part of economic, social, cultural, and environmental improvements, an important aspect of the city’s heritage sustainability. To that end, the Semarang City Government has revitalized the old city located near the north coast of Java, which gives many challenges in achieving world heritage status. This paper aims to examine the sustainability of Semarang Old City management’s towards world heritage in the issue of management challenges in coastal areas. The method used was qualitative by interviewing sources and was supported by a meta-analysis of various studies. The results show that there is much evidence of a physical decline in the old city area. This occurs because of the reclamation process, land subsidence, rising seawater, and people who are not aware of supporting a good drainage system. The hope is that there is good sustainability management of heritage areas to support cultural, social, and economic activities.
Estimation and analysis of GNSS receiver differential code bias in Southeast Asia using a new method
Authors: Wang Qisheng , Jin Shuanggen , Hu Youjian 
Published: August 2021

Abstract
The receiver differential code bias (DCB) is one of the main errors in GNSS navigation and positioning as well as ionospheric monitoring. In this paper, we present a new method to estimate the receiver differential code bias (DCB) using Multi-GNSS observations in Southeast Asia. Different from the traditional method by using ionosphere modeling or Global ionospheric map (GIM), the total electron content (TEC) of station in the new method is estimated directly together with the receiver DCB. The data of one year with 34 stations were used to evaluate the performance of the presented method. The results show a good agreement between our estimated receiver DCBs and the MGEX DCB products and the RMS of eight types of GNSS receiver DCB are mostly less than 1ns with respect to the MGEX products. Finally, the stability of GNSS receiver DCB was analysed for eight stations located in Southeast Asia as examples. The result indicates that those stations were relatively stable with mostly less than 1ns of STD of receiver DCB. Moreover, no evidence of latitudinal and receiver type dependencies of the stability of receiver DCB for those selected stations was found.
Study Risk Minimization of The Use Bottled Drinking Water (BDW) By Consumers Using Hazard Analysis Critical Control Point (HACCP) Method
Authors: Karnaningroem Nieke , Pradana Adhitia Satria 
Published: August 2021

Abstract
Bottled drinking water (BDW) is an effort to meet the demand for drinking water needs of the community which continues to increase every year. BDW is the community’s main choice because it can be consumed directly without the need to cook it first. The high demand for drinking water produced by bottled water requires a comprehensive, easy to apply, and standardized quality control method to maintain and improve the quality of the products produced so that they are safe for consumption by bottled drinking water customers. The suitable method for quality control is the method Hazard Analysis Critical Control Point (HACCP). This method is a risk analysis system by establishing an appropriate control and supervision system to avoid irregularities that can lead to poor quality of drinking water products produced, as well as producing quality bottled water products. The HACCP method can be applied to all aspects of production and aspects of human resources (HR) in bottled water starting from raw water management until the product is produced. In this method, there are 5 important principles used, such as analyzing the risk of hazards that can occur during the production process, determining the critical point of hazard risk analysis, determining critical limits, preparing monitoring system monitoring procedures, and finally preparing corrective actions to avoid deviations from critical limits. Based on the analysis of existing conditions at the BDW in Cirebon City, there are advantages and disadvantages on its own in the production process. For example, the poor performance of some treatment units and the need for control can be caused by replacing treatment units that exceed usage limits and irregular replacement schedules that can affect the water quality of these products. The HACCP method is needed in planning quality control to evaluate the performance of the BDW production processing unit, and determine the quality control of bottled drinking water products to minimize negative impacts for customers who consume them.
Research on envelope design of ultra low energy consumption passive building in severe cold area
Authors: Sun Ruiheng 
Published: August 2021

Abstract
At present, the common solid clay brick structure is widely used in residential building walls, which leads to higher indoor humidity, serious energy loss, waste of economy, environmental pollution and lower people’s comfort. The passive technology of ultra-low energy consumption can improve the insulation performance of the enclosure, reduce the energy consumption of heating and improve the comfort of the owner, and finally achieve the goal of energy saving of low energy consumption buildings in the cold area.
Taking basalt as an example to discuss the application and development of green building materials
Authors: Wang Sixian , Liu Jingjing , Lu Qi 
Published: August 2021

Abstract
The development of green building materials has great significance to our country. In the case of saving materials and money, it can also play the role of environmental protection, which has far-reaching significance for ecological development and sustainable use. The development of green materials in China is also developing rapidity, the present situation and development prospect of green materials in China are studied. This paper starts with continuous basalt. Discusses the green environmental protection building materials present application and the development. In this paper, I will take the basalt fiber seal test of No.03 provincial road in Zhejiang Province as an example to discuss the current innovative technology and application of continuous basalt in China.
Study on the influencing factors of Heat and Humidity and Vocal Coupling Adsorption Characteristics of Runner
Authors: Hao Hong , Li Siyu 
Published: August 2021

Abstract
In order to realize the purpose of indoor air purification and dehumidification at the same time, the mathematical model of heat and humidity and VOC coupling adsorption was established. The coupled adsorption characteristics of heat and humidity and VOC and the influence law of each factor were simulated by using VB program. The results show that the higher the inlet humidity is, the better the water desorption is, but not the adsorption and desorption of toluene. And the higher the inlet temperature of the treated air is, the more unfavorable the adsorption and regeneration of moisture and VOC is. Different toluene concentration in the inlet of air affected mainly its own adsorption and desorption, but had little effect on the adsorption and desorption of water. The increase of humidity in the inlet of regenerated air is not conducive to the desorption of water, but can promote the adsorption and desorption of toluene. The increase of inlet temperature of regenerated air can promote the adsorption and desorption of water and VOC. The coupling of heat and moisture and VOC on the runner can be adsorbed and purified at the same time.
Analysis on Green Building Design in China
Authors: Zhou Junhua , Ye Yingjuan 
Published: August 2021

Abstract
With the acceleration of urbanization in China, urban development is facing a huge ecological environment crisis, so it is urgent to promote the construction of green buildings. This paper first introduces the concept and standard of green building, then summarizes the main characteristics of green building, and finally puts forward the main points of green building design, hoping to provide a useful reference for the future green building design in China.
Crack identification with combined numerical simulation-intelligent optimization algorithms: a brief summary
Authors: Mao X.M. , Zhang H.H. , Han S.Y. , Ji X.L. 
Published: August 2021

Abstract
Crack identification in structures is a typical inverse analysis problem, which is very crucial for the reliability evaluation of various structures. In recent years, the rapid development of numerical technologies and artificial intelligence algorithms has provided a new way for crack detection. Numerical methods are used as the forward analysis tools to solve crack problems, while intelligent optimization approaches are applied to identify crack geometries based on the data collected by forward modeling. In this paper, the research status of crack identification, with the combined typical computational tools and well-known intelligent optimization schemes, is briefly summarized.
An Automatic Finite Element Analysis Post-Processor to Detect Regional Overall-time Extreme Condition of Dams
Authors: Jiang Rongqing , Zuo Zheng , Hu Yu , Wang Yajun , Liu Chunfeng , Zhang Liyuan 
Published: August 2021

Abstract
Post-processing is a key task in finite element analysis (FEA), particularly when dam engineering problem is analyzed, whose model is always multi-physics coupled, multi-incremental and element-altering. Commercial FEA software packages can provide powerful solvers, but the performance of their post-processing module is always function-limited and inefficient for engineers. This paper introduces design and implementation of an automatic FEA post-processor for dam engineering, and focuses on how to detect the overall-time extreme physics status of different regions of the dam. Python-based modules are developed in Tecplot to speed up and ease the procedure. The post-processor is tested in a case of dam construction analysis.
A Comparative Study on the Renewal Practice Modes of Historic Buildings in China and Japan—Taking Tianjin, Kobe, and Maizuru as examples
Authors: Ji Wei , Li Jianghong 
Published: August 2021

Abstract
One of the finest examples of preserving and renewing modern historical buildings in Japan is Ijinkan in Maizuru and Kobe, which are characterized by a high degree of openness, extensive public participation, and multiple business formats. Among them, the main form of public participation-clubs, is of great referential significance. As the modern northern economic center, Tianjin is home to thousands of historical buildings in its districts, which has become an important resource for urban tourism. After years of practice, although the effect is obvious, there are still many contradictions. In this regard, this paper analyzed the renewal models of historical building in two cities of Kobe and Maizuru in Japan, investigated and sorted out the current situation and renewal practice models of historical buildings in Tianjin, proposed several strategies suitable for the renewal of historic buildings in Tianjin, according to the comparative study of the renewal models of historical buildings in Tianjin and the two cities of Japan.