The Optimization Design of Traditional Dwelling House in Loess Plateau - a Case Study of New Countryside Cave Dwelling House in Yan'an City

Yi Wu; Hui Fen Li

doi:10.4028/www.scientific.net/AMR.255-260.1649

Paper Titles

Multiobjective Optimization on Urban Flooding Using RSM and GA
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Analysis and Test on Indoor Thermal Environment of Tibetan-Style Dwellings of Different Materials
p.1632

Analysis of Landscape Design of Green Space of University Students' Living Area from Environmental Psychology - a Case Study of Chang'an Campus of a University in Xi'an
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Approach to Folk Construction Techniques of Earth-Dwelling Caves
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The Optimization Design of Traditional Dwelling House in Loess Plateau - a Case Study of New Countryside Cave Dwelling House in Yan'an City
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Simulation of a 3-D Concrete Frame Structure Collapse in Considering Impact Action among Blocks
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Control of a Spring Pendulum with Single-Frequency Excitation
p.1660

Dynamic Response of Stiffened Plate under Underwater Contact Explosions
p.1665

A New Spectral Representation of Earthquake Recordings Using an Improved Hilbert-Huang Transform
p.1671

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The Optimization Design of Traditional Dwelling House in Loess Plateau - a Case Study of New Countryside Cave Dwelling House in Yan'an City

Abstract:

This paper shows us the concept of remodeling traditional cave-houses in frigid climate of Loess plateau, and the optimization design through study and practice on a common housing project in Yan’an has proved that designers should pay attention to the regional characteristics in both function and space. To achieve the goal of creating high comfort with low consumption, economic efficiency with less earthwork, designers should also aim at incorporating the specific local climate with architectural adaptability by combining the domestic low-cost technology with active design optimization.