A Study on the Balcony Thermal Environment Design in China’s Cold Zones

Bing Li Chen

doi:10.4028/www.scientific.net/AMM.204-208.3584

Paper Titles

Transformation on the Design for Sustainable of High-Rise Residential Buildings – The Case Study of Shanghai Combined Apartment Building
p.3565

Expansive Soil Damage to Buildings and the Treatment Methods in Jijie
p.3571

Analyse the Benefit of Technical and Economic of Crowded Reamed Pile
p.3576

Test Research on Loading Safety and Space Finite Element Analysis of Existing Buildings Reconstruction
p.3580

A Study on the Balcony Thermal Environment Design in China’s Cold Zones
p.3584

Simulation of Wind Pressure for Self-Stayed Rod Based on CFD
p.3588

Seismic Isolation Design of Multistory Building
p.3592

The Modeling of the Real Building Object by Using the Model of a Two-Layer Beam of Variable Rigidity on an Elastic Basis
p.3596

The Study of Relationship between Aspect Ratio of the Buildings and the Sunshine Spacing
p.3600

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 204-208A Study on the Balcony Thermal Environment Design...

A Study on the Balcony Thermal Environment Design in China’s Cold Zones

Abstract:

Thermal environment of the residence balcony has important impact on the indoor living condition especially in the residence buildings built in the recent decades in China’s cold zones. Supported with case studies on the newly built urban residence in Hohhot of north China’s Inner Mongolia Autonomous Region, possible technical measures are discussed to provide a better thermal environment solution in the residence balcony in China’s cold areas, which feature significant temperature difference between day and night and obvious indoor temperature change from balcony to inner space.