Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Investigation and Analysis of Sustainability of New Seismic Rammed Earth Buildings in Jinning County, Yunnan Province

View through CrossRef
With the promotion of “green building” and the concept of sustainable development, rammed earth architecture is receiving increasing attention. In this study, a practical study was conducted to critically assess whether the new rammed earth buildings in Dabaiyi Village, a demonstration site in Jinning County, Yunnan Province, whether meet the needs of local residents, whether they are environmental friendly and have good sustainability. The survey found that the modern rammed earth architecture in Jinning County is sustainable, even though it has deficiencies in team building, owner communication and floor plan layout.
Title: Investigation and Analysis of Sustainability of New Seismic Rammed Earth Buildings in Jinning County, Yunnan Province
Description:
With the promotion of “green building” and the concept of sustainable development, rammed earth architecture is receiving increasing attention.
In this study, a practical study was conducted to critically assess whether the new rammed earth buildings in Dabaiyi Village, a demonstration site in Jinning County, Yunnan Province, whether meet the needs of local residents, whether they are environmental friendly and have good sustainability.
The survey found that the modern rammed earth architecture in Jinning County is sustainable, even though it has deficiencies in team building, owner communication and floor plan layout.

Related Results

RAMMED EARTH CONSTRUCTION: A CIRCULAR SOLUTION FOR SUSTAINABLE BUILDING
RAMMED EARTH CONSTRUCTION: A CIRCULAR SOLUTION FOR SUSTAINABLE BUILDING
The building and construction sector is one of the most harmful industries to the environment, responsible for producing high levels of greenhouse gas (GHG) emissions, energy consu...
Theia can arrive late and be oxidized, but not if it is large compared to proto-Earth
Theia can arrive late and be oxidized, but not if it is large compared to proto-Earth
The Moon-forming impact was the most significant event during the accretion of Earth substantially establishing the physical and chemical states of the Earth-Moon system. In the ca...
Seismic Assessment of Rammed Earth Buildings: A Review
Seismic Assessment of Rammed Earth Buildings: A Review
Rammed Earth (RE) construction is an ancient green building method that is becoming popular because it is cost effective and eco-friendly. There are different approaches on how one...
4D Seismic on Gullfaks
4D Seismic on Gullfaks
SUMMARY New technologies are rapidly emerging helping to obtain optimal drainage of large reservoirs. 4D seismic is such a reservoir monitoring technique. The phy...
Seismic Frequency Enhancement for Mapping and Reservoir Characterization of Arab Formation: Case Study Onshore UAE
Seismic Frequency Enhancement for Mapping and Reservoir Characterization of Arab Formation: Case Study Onshore UAE
Abstract Mapping and discrimination of Upper Jurassic Arab reservoirs (Arab A/B/C and D) in this 3D seismic onshore field of Abu Dhabi, is very sensitive to the seis...
Integrated Hydrocarbon Detection Based on Full Frequency Pre-Stack Seismic Inversion
Integrated Hydrocarbon Detection Based on Full Frequency Pre-Stack Seismic Inversion
Abstract To improve the accuracy of hydrocarbon detection, seismic amplitude variation with offset (AVO), seismic amplitude variation with frequency (AVF), and direc...
Adobe, pressed-earth, and rammed earth industries in New Mexico
Adobe, pressed-earth, and rammed earth industries in New Mexico
NM continues to be the largest producer and user of adobe bricks and pressed-earth blocks in the nation. During field investigation and sampling in NM in 1987-1988, 33 commercial a...
Research on the isotopic age of the Sinian–Cambrian boundary at the Meishucun section in Jinning County, Yunnan Province, China
Research on the isotopic age of the Sinian–Cambrian boundary at the Meishucun section in Jinning County, Yunnan Province, China
AbstractIn this paper the author describes the results of the Rb-Sr isotopic dating of black shale at the Sinian (Precambrian)–Cambrian boundary at the Meishucun section, Jinning C...

Back to Top