Concept Of Green Architecture Research Articles

Nadiyah Marhani Siregar, Firman Eddy Design Of Childern’s Creativity Center In Medan City With Green Architecture Concept

This journal is made for us to know how important a place is for our future kids to find knowledge easily.Therefore, the children who are still hesitant to know where to go can find the place convenient. The large number of children within Medan city for the availability of facilities that the development of children's creativity not directly proportional shows that this needs to be considered, especially since curious is a period of growth stimulation that can affect future growth and development. To resuscitate and tell other people how important for us to know, that future kids will suffer for knowledge. The main problem for them is the ignorance of themself to find out where they can find the receptacle to head to. Therefore, it is necessary to design facilities for a Children’s Creativity Centre in Medan City that can meet the needs of conditions and can accommodate recreational and educational activities for children that can affect children's development with a Green Architecture approach. This research uses qualitative descriptive methods through field information and literature studies. This building applies the Green Architecture concept in the form of saving energy, being way more flexible with climate, keeping it safe for the site, and respecting the people nearby. So that this design can be a forum for children's creativity, which is expected to respond to the condition of children both physically and psychically, which can improve children's creativity.

Green architecture in tourism sustainable development a case study at Laweyan, Indonesia

ABSTRACT The degradation of local culture is often a consequence of tourist kampung development. However, Laweyan stands out as an example where a tourist village was developed while successfully preserving both the environment and local culture. The research aims to formulate a strategy that promotes a green environment by exploring the potential characteristics of local cultural heritage and emphasizing sustainable preservation. By utilizing an exploratory descriptive method and analyzing the potential and characteristics of the area, the study identified several strategies for developing cultural heritage areas in tourism kampung. These strategies include promoting green communities, establishing green open spaces and infrastructure, implementing green waste management, adopting green transportation, prioritizing green water practices, incorporating green building techniques, and utilizing green energy sources. The implementation of green architecture is one of the key factors for success in sustainable village development. The concept of green architecture involves integrating building design and the environment with the aim of maintaining a balance between quality development and environmental preservation. The successful implementation of these strategies relies on a collaborative social approach that raises awareness and encourages active participation from both the community and the government in preserving the authenticity of the local culture.

PERANCANGAN KAWASAN ISLAMIC CENTER DENGAN PENDEKATAN GREEN ARCHITECTURE

Islam is a religion which Allah has sent down to the Prophet Muhammad as a mercy to all mankind. There are three main aspects to consider, namely the aspects of Aqidah (faith), Shariah (norms and laws), and Akhlak. (moral atau budaya). The need for a container that fully informs Islam and becomes a reference place for activities that breathe Islam that can unite Muslim communities in particular in Bone Bolango district, so it is necessary a place that can accommodate activities that have Islamic nuances in one place. So we need a facility that can accommodate the three, which is an Islamic Center. The province of Gorontalo until now is still in the planning phase by the government, in Bone Bolango district which is now the research site has an area of 2.12 hectares that at the time there is already a mosque used as a place of worship of the surrounding community, Islamic Center has benefits for Hajj Jemaah which in the site planned several supporting facilities for the Hajj jemaah district of Bone bolango, This research uses qualitative methods and observations to meet the needs that exist within Islamic center, for the analysis applied that is micro and macro analysis in order to obtain criteria as initial in Islamic Centre planning. The final result of this research is the application of the concept of Green Architecture in the Islamic Center area, and also the application to the supporting facilities in it, as well as the addition of Islamic center support facilities, this application is carried out according to the appropriate conditions in the Bone Bolango district, in order to create a comfortable area for users.

Under the background of green architecture, the aesthetic elements of Henan's traditional ancient architecture and modern architecture based on BIM technology

With the introduction of the "double carbon" target in China, green building has gradually become a trend in the development of China's construction industry. The combination of traditional architecture and modern architecture based on the concept of green architecture has become a new pursuit for architects. Based on this, this study integrates the aesthetic elements of traditional ancient architecture in Henan with modern architecture in the context of green building design. This paper first introduces the basic theory of the green building evaluation system and compares and analyzes the green building evaluation system at home and abroad. Secondly, the feasibility of using BIM technology in green buildings is demonstrated in terms of usage cost, and the application of BIM technology in green building evaluation is introduced with the modernization design of an ancient building in Henan. Finally, we calculated and analyzed the key indicators of the energy performance of a building in Henan. According to the results, the studied case building has a 13% reduction in the system-integrated part-load performance coefficient and a 6.6% reduction in the integrated heat gain coefficient of the envelope structure.

A Lake Singkarak Resort Hotel. A Green Architecture Approach

Lake Singkarak Resort Hotel is a building that provides lodging, eating and drinking facilities, sports, entertainment, and other facilities for a person or group who is on a tour to Lake Singkarak. The lake is located in Tanah Datar Regency in West Sumatra Province, Indonesia. The purpose of this study is to create a natural image and atmosphere at this resort hotel by using green architecture concept. The concept of Green Architecture is a design and development approach based on ecological principles and environmental conservation, which will produce a building that has environmental quality and creates a better and sustainable life. The use of this concept aims to follow the natural conditions in this area which are still naturally so that the building is in harmony with nature. Green architecture is an environmentally sound architecture and is based on concern for the conservation of the natural global environment with an emphasis on energy efficiency, sustainability patterns and a holistic approach.

Analysis of alternative designs for the reconstruction of an administrative building – case study

An old office building located on the Garbiarska street, historic part of Kosice city, east of Slovakia was selected because it represents a brownfield and necessarily requires reconstruction. This study is aimed at the analysis of two design alternative solutions to underline the architecture of the reconstruction in terms of sustainability criteria taking into account the significance of the history of the city and its surroundings. Performed SWOT analysis considered strengths and weaknesses of restoration, opportunities and threats, shows that the most suitable is considering a restoration strategy in terms of preserving cultural heritage, at the same time restoring the building in the concept of green architecture. It is more than necessary to prioritize this renovation strategy over an economically viable renovation while maintaining the inappropriate height of the office building. This early analysis confirms the significance of the revitalization of territories in connection to the improvement of quality of life, the enhancement of the historical value of the locality and the creation of new economic opportunities.

Green Architecture: A Notion of Sustainability

Green architecture helps to maintain sustainability and environmental factors. An indispensable role is played by green buildings in reducing consumption of natural resources. Persistent escalation of pollution has become a great concern to environmentalists. In case, construction sector focuses on green practices, environmental impacts can be reduced. Negative impacts on nature and wildlife can be minimized by green architecture. Green raw materials are used by a construction industry to maintain their social responsibility. Several types of principles related to green building are critically discussed in this study. Indoor air quality is improved in green buildings to provide a healthy environment to individuals who live in green buildings. Green design allows to maintain this green architecture concept. Safety and quality assurance of a building is also controlled with help of this green architecture. Renewable energy resources are controlled by these green concepts. Several modern machines are used by a construction industry in their workplace. Green raw materials such as: fibre cement, wood, bamboo and fibre glass and straw bales are also used by an industry. Keyword : Construction industry, Green architecture, green practices, green design, sustainability.

Municipal Solid Waste Management Practices for Achieving Green Architecture Concepts in Addis Ababa, Ethiopia

Solid waste is one of the social and environmental challenges that urban areas are facing. The study assesses the state of solid waste in Addis Ababa during 2016–2020 to provide implications for achieving green architecture concepts through better management of solid waste and its economic contribution. The study uses secondary and primary data. Quantitative and qualitative data are analyzed through descriptive statistics and context analysis, respectively. The result reveals that most solid waste is generated from households, followed by commercial centers, street sweeping, industries/factories, hotels, and hospitals, respectively. From 2016 to 2020, an average of 80.28% of solid waste is collected, whereas 19.72% of the waste is not collected. There are little or no efforts made to segregate solid waste at the source. The generated waste is disposed of in the Reppi open landfill. Together with Ethiopian electric power (EEP) and the City Government of Addis Ababa, waste has been converted to energy since 2019. The study suggests minimizing waste from its source by reducing generation, composting, reusing, recycling, waste-to-energy strategy, and well-designed buildings to achieve the concept of green architecture in Addis Ababa through better solid waste management.

Problem analysis of residential buildings in Armenia in view of green architecture concept

Green buildings starting to become an unavoidable trend due to the introduction of an assessment standard for green construction in Armenia. In the world green residential buildings grow even faster than green public buildings. The total area of residential buildings is approximately two times higher than in public buildings. In this work is eliminated the main problems of residential building in Armenia, in socio-demographic, functional, psychological, economical and technical aspects.

Research on Green and Healthy Buildings Based on BIM Technology under the Background of Epidemic

The development of science and technology has changed our way of life and our understanding of nature. The concept of the architect and construction industry has entered the stage of green architecture concept due to the development of the times. The emergence of new technologies such as BIM has promoted the upgrading of the construction industry to the stage of intelligent construction, the visualization and collaborative design of the application of BIM technology, etc. The advantages of green building design analysis can solve the problems existing in traditional design. The design quality of buildings depends greatly on the analysis and decision-making in the early stage. Improving the reliability and accuracy of green building analysis and simulation can help improve the quality of green and healthy building design. Combining the BIM stage model with green building simulation analysis can provide more reliable simulation analysis results for green building design, thus improving the accuracy of design. On the basis of combining green architecture and BIM technology, the background premise of large-scale emergencies such as the epidemic is added to improve the response capacity of the construction industry under emergencies such as the epidemic at the design stage.

The development of a Nexus based green architecture ranking system in Iran

The concept of green architecture, also known as "sustainable development" or "green building," is the theory, science, and style of buildings designed and built based on environmentally friendly principles. Green architecture seeks to minimize the number of resources used in the construction, operation, and management of the building and limit the damage caused to the environment by spreading, pollution, and waste of building components. New water and materials are used to design, build, operate and conserve building energy and generate large amounts of waste that negatively affect health and the environment. To limit these effects and design environmentally sound and resource-efficient buildings, the concept of "green building systems" needs to be introduced, clarified and understood, and practiced. One of the solutions is to use green building methods in the construction industry in today's world. Demand for sustainability as a definitive solution to all environmental challenges Inspired by this research to emphasize the priority of increasing sustainable environmental productivity to reduce carbon emissions to discuss and demonstrate sustainable buildings in Iran (new and existing) and Presenting the principles of energy audit used in them and their performance toward standards. Meanwhile, Iran is ranked as one of the good countries in building growth and green energy in the Middle East and other countries, according to the US Green Building Council's ranking of energy consumption, renewable energy, and recycled materials in 2015-2016.

A Review of Translucent Concrete as a New Innovative Material in Architecture

Recently, the concept of green architecture has become a common interest in various disciplines; innovative materials are continuously developed to fulfill the green architecture requirements. Translucent concrete (TC) or light-transmitting concrete (LTC) is produced as one of those innovative types of materials which allows external light to transmit through interior spaces by using some light elements like optical fibers with concrete. This paper aggregates and reviews the previous studies in terms of translucent concrete' applications, proper ratio and arrangement pattern of optical fibers, light-transmitting, mechanical, thermal and energy-saving properties. We reviewed the remarkable studies carried out especially last 10 years in translucent concrete techniques. Notwithstanding the advantages, literature concurs that several gaps were found in translucent concrete studies. Translucent concrete' strength and proper ratio of fibers are key limitations. The gap between studies examining the effect of using different ratios of optical fibers on the material strength and on energy-saving concluded that the proper ratio of fibers should be less than 5% for strength, and the optimum ratio ranges 4.3% to 6% for energy-saving. We identify possible areas for future research and suggest recommendations in the conclusion to fill these gaps.

KAJIAN ARSITEKTUR HIJAU DALAM PENGEMBANGAN DESAIN GEDUNG PEMERINTAHAN


 
 
 Title: Green Architecture Study in The Development of Government Building Designs
 The development of constructing the building especially the government building develop rapidly and increasing the number of needs in each region or province in Indonesia. Issues concerning environmental problems resulting from the impact of the development of government buildings in Indonesia at this time such as environmental degradation, global warming, energy and water crises into the background of the emergence of the concept of green architecture or environmentally friendly architecture. The components of green architecture within the building and its environment relate to the site management, energy efficiency, water use efficiency, indoor air quality, environmentally friendly materials, waste management, wastewater management, and vegetation placement are necessary to be researched. The results of this study is expected to be a reference and design guidelines on the development of government buildings in Indonesia to become green buildings that are environmentally friendly.
 
 

Education And Training Centre At Science And Techno Park USU Kwala Bekala

Education and Training Center is a place where all activities to give, obtain, improve, and develop work competencies, productivity, discipline, attitude, and work ethic at a certain level of skills and expertise by the qualifications of a job or a job. (UU RI, 2003). The method is to create an Education and Training Centre. Education and Training center society as informal education in improving competence or quality for individuals. The Education and Training center is one of the most important buildings in the USU Kwala Bekala Campus. The USU Kwala Bekala campus divided into several zones. The entrance zone is the main gate that describes the initial image of the USU Kwala Bekala campus. This zone designed with the concept of Science & Technology Park. Because the site location located in the entrance zone, the building design as "Building as A Gate," where the building is designed to create the impression of the entrance on the site. Then, at the main entry point, it was strengthened by the existence of a vista that led to USU's reservoirs and guesthouse. The building is also designed to integrate with the surrounding buildings. The design in STP built with the concept of green architecture. With the green architecture concept, the building will be more environmentally friendly for public health. Some things that considered in green architecture are the concept of energy saving. This project will explain how to design an education and training center by applying the green architecture theme to the STP area in USU Kwala Bekala

Green Architecture Concept Application on USU Kwala Bekala Library

The library is one of the building functions needed in the university's development standards. A library serves as a place to find information and collections as well as an educational recreation place. Not only providing facilities for the academic community, but Library also expected to be useful for all people, especially those in the surrounding area. For this reason, the supporting area of Science Techno Park which is an area for the development of economic and educational activities in USU ​​Kwala Bekala campus and its surroundings chooses Library as one of its facilities. In USU Kwala Bekala master plan, the location of Library is in the entrance zone with 16 Ha area. This zone is the gateway of USU Kwala Bekala area so the concept of "building as a gate" is forming the building mass. The site forms two separate parts due to its area which surrounded by the main road and separated by other collector roads. The goals of this project are how to design a campus environment that cares for the surrounding environment, can provide comfort to its users, and can create sustainable buildings. After analyzing and implementing the concept of green architecture, the final design concept are two building masses connected with sky bridge which can accommodate 723 seats, windows and inner court to allow the airflow and natural light enters the rooms, secondary skin and vines as its facade to buffer over sunshine and noises, water and trash recycling treatment to reduce clean water use, and solar panel as additional electricity energy.

The Evaluation of Thermal Comfort using a BIM-based Thermal Bridge Simulation

Global warming has become an important issue today, caused by the increasing demand for energy and humans lifestyle. To reduce the impact, more architects started to respond regarding environmental issues. The concept of green architecture promotes to solving this problem. Natural ventilation is the one of the concept green architecture. This research tends to look at the aspect of Thermal Comfort in naturally ventilated mosque buildings through the Thermal Bridges strategy. Naturally ventilated building tend to have better indoor air quality (IAQ), but worse thermal comfort. Therefore, this research investigates the range of acceptable temperature and calculate by BIM thermal bridge simulation to achieve thermal comfort for naturally ventilated mosque building. The method of analysis conducted is quantitative based on direct measurement of weather data and existing comfort conditions in the field, calculations, and simulations using Building Information Modeling (BIM). Data was collected through a field survey in Itenas Mosque Building and were used to develop and validate then using the BIM thermal bridge model for simulation. The data collected from field survey and in situ environmental measurement such as air temperature, relative humidity, and wind velocity. The thermal comfort prediction model was developed from statistical analysis of the field survey data. Based on the result of thermal Bridge simulation using BIM software required exchange material of the existing building to achieve thermal comfort. Keyword-Thermal comfort, Building Information Modelling, Thermal Bridge Simulation

Analysis of building energy efficiency dataset using naive bayes classification classifier

The phenomenon of global warming has become a very important and serious issue in recent years. One effort to reduce emissions by applying the green architecture concept to buildings. The purpose of this paper is to classify energy efficiency data sets. The method used by the Naïve Bayesian Classifier algorithm. Results obtained by Kappa statistics Y1 (0.3357) and Y2 (0.4203); Mean absolute error Y1 (0,0368), Y2 (0,0335); Root mean squared error Y1(0,1491), Y2(0,1412). The results of the analysis showed overall height, relative compactness, wall area, and glazing area affected the heating and cooling loads, while the surface area affected the heating load and the roof area affected the cooling load.

LEKSIKON ARSITEKTUR HIJAU DALAM BAHASA KAILI: PEMANFAATAN KEARIFAN LOKAL GREEN ARCHITECTURE LEXICON IN KAILI LANGUAGE: UTILIZATION OF LOCAL WISDOM

This study aims to reveal the lexicons in the Kaili etnic architecture as an effort to protect their ethno-architectural lexicons (houses). Remember the fundamental nature of the house as a necessity for human life, the local wisdom embedded in the Kaili house building reflects the concept of green architecture. This is an inseparable part of the fact that the language and culture of the houses in the Kaili etnics live, namely Palu, Sigi and Donggala as areas that often occur in earthquakes (Palu-Koro strike-slip fault ). Local knowledge that becomes local wisdom that carries the green architecture concept needs to be preserved. This reflects the value of local wisdom that is environmentally sound by upholding customs for the preservation of human civilization. The disclosure of this lexicon is done using a qualitative descriptive method. Language data in the form of lexicons of house buildings were analyzed to explore the description of Kaili etnics houses, their socio-cultural functions, and the concept of green architecture as disaster mitigation efforts. The findings of this study are expected to be able to strengthen research related to disaster mitigation (earthquake) in an interdisciplinary perspective to minimize the impact of disasters on human life.

IMPLEMENTATION OF GREEN ARCHITECTURE CONCEPT IN MOSQUE DESIGN : A FACE AND ISLAMIC DA’WAH

ABSTRACT : Mosque as a means of worship is very important for Indonesian people who are Muslim majority. Mosques in Indonesia have been numerous and will continue to grow. Environmental issues due to the many building developments have become a global concern today, from the limited natural resources, global warming, climate change, Urban Heat Island (UHI) to its impact on the comfort and health of people. The concept of green architecture has been used to minimize environmental damage from buildings. This design-based research will implement green architecture approach in the mosque design in the context of a particular location to identify problems, possible applications and potential development. The designated location is in the eastern area of Bandung, city gates that has fairly dense place of settlement and transportation.The results showed that green architecture approach with neighborhood perspective criteria can be applied, especially with large scale mosque such as the case. The approach is more holistic and relates to the type of communal building. Criterias such as (1)land ecological enchancement; (2)circulation, movement and connectivity; (3)water management and conservation (4)solid waste and material; (5)community wellbeing strategy; and (6)building and energy, can be applied by combining with various design ideas and responses of site problems. Keywords : Mosque, green architecture, research-based design

DESIGN STRATEGY OF FOOTBALL STADIUM WITH GREEN ARCHITECTURE APPROACH IN SRAGEN REGENCY

<p class="AbstractTitle"><em>In determining the design strategy football stadium that has a large scale require</em><em>s</em><em> </em><em>some management</em><em> that can provide </em><em>design strategy of football stadium</em><em>.</em><em> </em><em>this</em><em> large-scale stadium will have an impact on energy, water, sewage, land and comfort and surrounding environment </em><em>also impacts of</em><em>. Therefore </em><em>this</em><em> football stadium </em><em>sould be</em><em> minimize the negative impact on the environment</em><em>, </em><em>the application of green architecture was chosen. </em><em>So t</em><em>he application of the green architecture concept to the football stadium in Sragen district aims to support the green city development program in Sragen regency. The research method </em><em>that is </em><em>used </em><em>is </em><em>the initial idea </em><em>of </em><em>exploration method, </em><em>searching </em><em>data and processing data. Design strategy </em><em>of</em><em> </em><em>football</em><em> stadium in Sragen district with green architecture approach is </em><em>by using</em><em> of solar panel as a renewable energy source.</em><em> </em><em>The application off windows in football stadium will be provided in some spaces</em><em>.</em><em> The i</em><em>mplementation of community paths are pedestrian paths, bicycle lanes, </em><em>access</em><em> lines</em><em> for the disabled</em><em> and motor vehicles. The application of green land amounts </em><em>about</em><em> 40% of the total </em><em>available</em><em> land and </em><em>the application of membrane material to provide natural light.</em></p><p class="AbstractTitle"><em> </em></p>