bluuebunny/crossref_metadata_2025_split huggingface dataset:
Location analysis of fish port complex planning in Surabaya City based on Integrated Coastal Zone Management (ICZM) approach
Authors: Multazam A F , Rahmawati D 
Published: September 2020

Abstract
Fishery resources potential in Surabaya is high, about 8.146 tons per year, but until present Fish Port complex has not been exist yet. The City Regulation No 12/2014 about Spatial Planning stated that Fish Port Complex in Surabaya is important and has been part of the program that should be implemented, meanwhile the exact location has not been determined yet so it is important to follow up through. Location determination needs reflect to specific criterias in Peraturan Menteri Per.08/MEN/2012 and Integrated Coastal Zone Management Concept (ICZM) which are expected to run sustainly and considering aspects all the coastal. The purpose of this research to determining the location of the fish port complex planning in Surabaya coastal area based on ICZM approach through several stages : (1) Set the priorities the location determination of fish port criterias. (2) Decide the location of the fish port complex. The result of this research is to achieve the most suitable location based on ICZM criteria that is adjusted to real issues in the field and consensual process. Four locations that recommended for fish port complex are Romokalisari, Asemrowo, Kenjeran and Bulak.
Application development of the ecological footprint calculator in support of sustainable development
Authors: Santoso E B , Aulia B U , Sulistyarso H , Annisa C I 
Published: September 2020

Abstract
Sustainable development in Indonesia should take into account the ability of natural resources in every region to meet the growing needs of society. The balance between the availability of natural resources and resident needs can be seen from the analysis of ecological footprint. The scope of the area used in this paper is in Gerbangkertasusila East Java with a focus on the ecological footprint in the food sector. The Ecological Footprint is derived by tracking how much biologically productive area it takes to provide for all the competing demands of people. These demands include space for food growing, fiber production, timber regeneration, absorption of carbon dioxide emissions from fossil fuel burning, and accommodating built infrastructure. The analysis of ecological footprint is a complex calculation to be done because it includes a component of demand and supply in various products in each land use. The development of digital data provision on sustainable development information especially the ecological footprint of the region is required to be more open and understandable. The ecological footprint calculator application is presented to provide calculation information on the conditions of surplus or ecological deficits of a region. The ecological footprint calculator application is used to figure out the balance of the supply side and the demand side of the environment of a region easier based on the android system.
GHG Inventory on energy sector using mobile application in Surabaya City: some challenges and opportunities
Authors: Handayeni K D M E , Kurniawati U F , Hafidz I 
Published: September 2020

Abstract
Global warming which causes climate change has a significant social economic impact. Indonesia’s commitment to protecting the global climate has been a concern since the 1990s. Through Presidential Regulation No.61 of 2011 concerning the National Action Plan (RAN) for Reducing Greenhouse Gas Emission, each region needs to develop climate change mitigation actions through reducing emission or increasing the absorption of Greenhouse Gases (GHGs) from various emission sources. The formulation of climate change mitigation actions needs to be supported by greenhouse gases inventory activities and measurement of emission. Measurement of GHG emission is a cross-sectoral activity. Therefore, an information system through an electronic GHG calculator platform is needed as an instrument for measuring GHG emission that can support districts/cities to formulate the most relevant mitigation actions. This study describes the sources of GHG emission based on energy use and its measurement using GHG calculator. GHG calculator is developed based on the theoretical context and designed in form of mobile application. Using Focus Group Discussion (FGD) technique and Spearman’s correlation analysis, this research aims to evaluate GHG assessment based on the use of mobile application in Surabaya City. The findings of this study are 1) there is positive feedbacks regarding the use of mobile platform to predict and calculate GHG emission. It shows that perception on easiness and usability level of mobile calculator are correlated significantly; 2) there are some opportunities and challenges in implementing mobile application for measuring GHG emission in Surabaya City.
Ecological sustainability status in mangrove conservation area of Gunung Anyar Sub-District, Surabaya
Authors: Afifa F , Idajati H 
Published: September 2020

Abstract
The mangrove conservation area in Gunung Anyar Sub-District has been directed to be one of the centers of mangrove education ecotourism in the city of Surabaya. In the process of managing coastal areas, it is necessary to approach various scientific disciplines, related to ecology, economics, social, institutional, and technology, to mantain the conservation of the coastal areas. Among these dimensions, the focus of researchers in the management of the mangrove conservation area of Gunung Anyar Sub-District is the ecological dimension, because ecology is a dimension of sustainability - the “outermost” - a foundation that forms the basis of everything. Therefore, this study was conducted to determine the status of ecological sustainability in Gunung Anyar Sub-District, Surabaya. The tool used to analyze is R Software in which three analysis processes take place, including; MDS (Multi Dimensional Scaling) analysis, Monte Carlo simulation, and Leverage analysis. From the results of the analysis, the ecological sustainability status of the mangrove conservation area of Gunung Anyar Sub-District is included in the unsustainable category with an average score of only 11.98988942. While the most influential variables are as follows: mangrove land pressure (2.134000151), mangrove conservation function (1.538443029), successful replanting (1.283040189), and surrounding population (1.23348515).
What sets it apart from the rest? Investigating the national slum upgrading program, KOTAKU, in Surabaya
Authors: Septanaya I D M F , Rahmawati D , Navitas P , Stefanugroho P K 
Published: September 2020

Abstract
Surabaya has been the subject of several slum upgrading programmes. Initially, the programmes seek to improve people’s quality of life by improving the built environment. Nowadays, the initiatives have become a means to achieve Sustainable Development Goals (SDGs). In 2017, the government launched a community-based slum upgrading programme called City Without Slums (KOTAKU). This paper presents the differentiation and novelty of the KOTAKU programme using a descriptive-qualitative approach. This research examines the implementation of KOTAKU in Sukolilo Baru Subdistrict, Surabaya between 2017 and 2018. The results of the study suggest that the programme still shares the same goal as previous community-based slum upgrading programmes: to improve the environmental quality of the settlement and the inhabitants’ quality of life. KOTAKU has several strengths, such as plan-based activity synchronisation, empowerment of local institutions role and function, direct involvement of the community, and the expansion of collaborative funding. However, the misuse of authority under regional autonomy and the lack of community capacity in conducting the programme impede the programme.
The school bus route development using supply-demand competition based accessibility: Surabaya case study
Authors: Fakhrianto I , Nurlaela S 
Published: September 2020

Abstract
Research has shown that educational transportation can worsen congestion to 5.85%. In Surabaya, 88% of school trips are of automobiles. The school bus is among one of the bus-pooled strategies have made to reduce this automobile dependence. However, the limited bus coverage area and routes limited the services; thus, the buses’ modal share is low. The purpose of this research is to formulate the development guidelines of school bus service routes as the recommendation to improve the school bus services in Surabaya. A supply-demand competition based accessibility to school bus services was used as the main method of analysis. This research found that there are 167 schools in Surabaya that can be served by the school bus services. Furthermore, this research formulates eight new routes of school bus services in Surabaya for which can enhance the school bus services’ coverage up to 52% out of the total number of schools, an increase of 19% from the current route services level.
The application of spatial empirical Bayesian smoothing method in spatial analysis of bacillary dysentery: A case study in Yudu County, Jiangxi Province
Authors: Wang Yuwei , Gao Wang 
Published: September 2020

Abstract
Bacillary dysentery (BD) has become one of the major public health threats to the sustainable development of human beings. The primary objective of this paper is to validate the effectiveness of applying spatial empirical Bayesian smoothing (SEBS) method in spatial analysis of BD in Yudu County, Jiangxi Province. By using SEBS method in calculating BD incidence, we compared the raw incidence data and smoothed incidence data. Spatial distribution map and global autocorrelation analysis were adopted to explore the effect of SEBS method in BD analysis. The result showed that SEBS method provided a stable incidence estimate in epidemic research. The proposed method could be used as an effective tool for studying the spatial distribution of BD, especially in town level study.
Shear Performance of Damaged Concrete Beams Reinforced by Penetrating FRP
Authors: Jiang Tianhua , Yu Yi , Yu Yalu , Zhang Xiucheng , Huang Wen 
Published: September 2020

Abstract
This experimental study examined the shear behavior of damaged concrete beams reinforced with fiber-reinforced polymer (FRP) using a penetration method (penetration FRP) to explore the failure modes of the reinforced beams. The load-displacement curves and load-strain curves of the samples were analyzed, and the development and distribution of the oblique cracks of the reinforced beams were discussed. The influences of the damage degree and the reinforcement angle on the shear bearing capacity were determined. The results showed that, prior to cracking, FRP reinforcement had no effect on the stiffness of the samples and the cracking load of the samples remained basically the same; however, after cracking, the samples reinforced with FRP exhibited a larger shear capacity. Moreover, the ultimate load was higher for the undamaged reinforced beam than the damaged reinforced beam. The penetration of the FRP material into the beam at an oblique angle inhibited the development of oblique cracks, resulting in a better reinforcement effect and optimal bearing capacity of the strengthened beam.
The influence of materials and production process on RPC compressive strength
Authors: Cheng Congmi , Zhu Xiaofen , Zhuang Yuhai , He Juan 
Published: September 2020

Abstract
In addition to the water binder ratio, the production process, fiber, silica fume and admixture have a significant impact on the compressive strength of RPC. Several factors such as materials and production process affecting RPC compressive strength were studied by experiments. It exhibits that the reinforcement influence of steel fiber on RPC is affected by the strength of composite matrix. The higher the strength of composite matrix is, the better the effect of fiber reinforcement is. The compressive strength of RPC can be greatly improved by vacuum vibration forming. The water demand and activity of silica fume have significant influence on the compressive strength of RPC.
Study on Human Settlement Environment in Dai Traditional Villages of Different Regions
Authors: Zhao Yao , Long Bin 
Published: September 2020

Abstract
Traditional village is the most basic and fundamental unit in the traditional agricultural society of China, and the concept of this human settlement space has been a long-term concern for researchers. This paper analyses the Dai traditional villages in different regions of Yunnan Province in China, and summarizes their ethnic and regional characteristics and the influencing factors. Furthermore, the sustainable development concept is discussed from the methods of human settlement environment, cultural geography and architectural typology. The conclusions are as follows: (1) Dai traditional villages share a common sustainable development concept of human settlements, which is reflected in the environmental, village and residential spaces. (2) The villages reflect the ecological concept of respecting nature, adapting measures to local conditions and harmonious coexistence. (3) The primitive belief and Theravada Buddhism of Dai nationality constitute a “Two-in-One” religious form, which determines the unique spatial pattern and human settlement ideas. (4) In the history of Dai nationality’s migration along rivers, many settlement areas have been formed in similar or even the same environments, and the villages show the original ethnic attributes and different regional attributes. (5) The similarities and differences between ethnic and regional characteristics of Dai villages are mainly affected by the combined effects of “nature, religion, human”, which has also created a unique and sustainable ideology of Dai human settlement environment, until today still has a strong vitality.
Analysis of Polar Components in Salt by GC-MS
Authors: Chang Guo-Hua , Yue Bin , Li Jun , Yin Zhuo-Xin , Gao Tian-peng , Li Xiao-Ke , Cheng Ying-Xi 
Published: September 2020

Abstract
Edible salt is the most common and extensive seasoning agent in people’s daily life, and its edible safety is directly related to human health. The polar components of edible salt were analyzed by gas chromatography-mass spectrometry (GC-MS). The results showed that there were more than 20 polar organic compounds in salt, mainly C14-C22 long-chain fatty acids. The highest content of erucic acid (50.610%) was detected. Meanwhile, phthalate esters (PAEs) and elemental sulfur were also detected.
Distribution and Risk Assessment of Some Heavy Metal Elements in the Contaminated soil from Baiyin City, Gansu Province
Authors: Li Wan-Jiang , Yin Zhuo-Xin , Yue Bin , Gao Tian-peng , Chang Guo-Hua 
Published: September 2020

Abstract
According to relevant standards and methods, ecological risk assessment and source analysis of 7 heavy metals (Ni, Cu, Zn, Cr, Cd, Pb and Hg) in the area Dongdagou of Baiyin were carried out. The results showed that the order of the average content of heavy metals in the soil in the sampling area was Zn > Cu > Pb > Cd > Cr> Ni > Hg. Among them, Zn, Cu and Pb have got unacceptably high levels, and the content of Cd was moderately exceeded. The order of the coefficient of variation of metals was Zn > Cd > Cu > Hg > Pb > Ni> Cr; soil pollution was characterized by compound pollution; the potential ecological risk coefficient of heavy metals was Hg > Cd > Cu> Pb > Zn > Ni > Cr. The comprehensive evaluation of potential ecological hazards of heavy metals showed that heavy metal pollution in the entire study area constituted a high-intensity ecological hazard. Therefore, the control of heavy metal pollution in the soil needs to be further strengthened.
Review and development of the drying theory of porous medium
Authors: Yu Yingjun , Ding Zhibin , Chen Xiao , Lu Yaofeng 
Published: September 2020

Abstract
The theories of moisture transfer inside a wet solid during a drying process, which were deduced base on the hypothesis of a continuous porous body, were reviewed. The hypotheses of their transformation mechanisms, the mathematical models, the merits and limitations, and the applications of these theories were summarized. Besides, some new and possible study trends on drying theory in the last decade and the near future, especially those obtained and to be obtained by applying the outcomes from other correlative fields, e.g. the pore network model, the multi-scale method and the fractal geometry, were anticipated for a deeper investigation into the micro mechanisms of inner transfer phenomena in solid.
Study on Fine Management of Swivel Bridge Engineering Based on BIM Information Platform
Authors: Liu Yang , Xie Qinyun , Gu Jianjun , Mu Jiangtao , Xiong Caifeng , Zhang Yi , Yang Zuxian , Liu Zhongjing , Zhao Qiong , Li Ling 
Published: September 2020

Abstract
Swivel bridge has the characteristics of complex construction environment, difficult construction, high requirement, tight construction period, many coordination relations and huge amount of information. Based on the BIM technology, the project information management platform carries out fine management of the project, focusing on the functional planning and overall framework of the platform. On this basis, the letter is elaborated in detail. Information management, progress management, construction simulation, progress difference analysis, task collaboration, quality improvement collaboration, safety issues collaboration and other important functional modules. Practice has proved that, compared with the traditional model, the project information management platform based on BIM technology has obvious advantages in saving costs, improving the degree of management refinement, and training BIM reserve personnel, and has a good prospect for promotion.
A Comparative Study of The Cost Risk of EPC Models for Engineering Construction at Home And Abroad
Authors: Liu Yang , Yang Zuxian , Gan Ying , Li Yongbing , Huang Yongqiang , Gao Chengming , Yan Ziwei , Liu Ying , Gui Yuhuan , Liu Zhongjing 
Published: September 2020

Abstract
EPC projects with large engineering and procurement volumes, long construction cycles and management difficulties, the risks faced are also more complex and varied than in other contracting models. This paper establishes a risk index system by documentary method and evaluates and calculates the cost risk in two different environments at home and abroad by hierarchical analysis, so as to find the similarities and differences and propose countermeasures to provide a basis for risk management in China’s EPC contracting model.
Buried PM inner rotor magnetic gear evaluation
Authors: Halim M F M A , Sulaiman Erwan , Jenal Mahyuzie , R Othman R N F K 
Published: September 2020

Abstract
Inner rotor SFPMR glued on the rotor surface with material of high compressive strength but low tensile strength cannot sustain the centrifugal force in the high-speed operation, thus require retaining sleeve. Electrical motor employ the retaining sleeve to increase the rotor strength, but so far in MG, there are limited design that employ this technique. Another method to avoid PM from displaced is by buried into the rotor yoke. However, this method may result in lower torque and noise. In this paper, new MG structure is designed. The inner rotor surface mount PM of magnetic gear is rearrange as buried PM. First, the torque analysis of the MG is simulated without counting any loses. Then, gear efficiency is simulated over high speed range and compared to the original topology to identify the amount of reduction of the torque. The result agrees that the buried rotor reduced the torque output 3 times lower than the surface mount PM and disturb the torque which result in high torque ripple over 240%.
Overview of inner rotor radial permanent magnet machines for electric vehicles
Authors: Ali Soomro Irfan , Sulaiman Erwan , Jenal Mahyuzie , Ali Hassan 
Published: September 2020

Abstract
Nowadays, there is fast growing interest in electric vehicles from automakers, governments and customers due to increasing concern of our environment. This paper presents an overview of various inner rotor radial permanent magnet electric machines for application to electric vehicles (EVs). First of all, the classification and brief introduction of radial permanent magnet machines are presented. The key features of the machines, including the advantages and disadvantages of the machines are summarized. Furthermore, the latest development of the machines is also reviewed. Then, the structure of viable electric machines that have been applied to electric vehicles, including radial permanent magnet synchronous machines (PMSM), switched reluctance (SRM), interior permanent magnet (IPM) and flux switching machines (FSM) types are being reviewed.
Technology in Textile Dyeing: Resurgence of Natural Dyes from Adonidia Merillii (Betel Nuts) Fruits Husk
Authors: Syahida Mat Hussin Nurul , Rasdan Ismail Ahmad , Wahida Hasbullah Sarah , Abdul Kadir Nawwal , Hassan Hanisa 
Published: September 2020

AbstractNatural dyeing is one of the indigenous pieces of knowledge that has been explored on its potential since prehistoric decade. The process and materials used revolves nature-friendly essential, which are safe to the environment in comparison to the chemical dyeing materials. Currently, theAdonidia Merilliior also known as betel nut tree, is only used as an ornamental tree such as in landscaping. However, it has potentials of being more than an ornament and can be utilized as dyes for local textile industries. Thus, this study focused on extracting dye from young Adonidia Merillii fruits husk. Traditional boiling method was applied to extract the natural colours from the fruits. Colour testing was conducted on four (4) types of fabrics which wererayon,Crepe de Chine(CDC),China Cottonandjacquardby using post-mordanting treatment. The mordants used were aqueous lime water, alum, and ashes. The colour on the textile samples was tested and evaluated via colour fastness properties. The tests conducted include exposing textile samples to artificial light, washing, rubbing, water and perspiration.Adonidia Merilliifruits husk have given hues of brown colour staining on the textiles, but the colour changed after the test, surprisingly on the artificial light exposure. The bright colour of the initial samples appeared to be less bright than those exposed to artificial light. The brightness of the samples was determined using blue scale grading. The findings from this experimental study may contribute to the palette colour of natural dyeing on textile and extended future research about the brightness change would be significant for the Malaysia local textile industries.