Research on Architectural Sunshine on Dahan Day in Harbin ZhongBeiChunCheng Residential District

Tian Yu Zhao; Yu Shu Liu

doi:10.4028/www.scientific.net/AMM.174-177.3091

Paper Titles

Study on German Navy's Second Battalion Headquarters Building Site in Qingdao
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Numerical Analysis of Wind Load on Large-Scale Storage Tank under Inverse Installation
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Strengthen the "Non-Visual Perception Experience" in the Design of Public Space
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A Research for Building Environment for Herdsmen’s Winter Camping Ground in the Central Part of the Inner Mongolia
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Research on Architectural Sunshine on Dahan Day in Harbin ZhongBeiChunCheng Residential District
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Reflections on the Construction of Affordable Housing Communities
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Thermal Performance of Cultivation Waste of Edible Fungi as Planting Substrates in Extensive Rooftop Greeneries
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Study on Ecological Design of Layout of Air Yard of High-Rise Building
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Exploration on Regional Ecological Architecture Design — Taking the Design of Houji Jiaojia Garden Exhibition as an Example
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 174-177Research on Architectural Sunshine on Dahan Day in...

Research on Architectural Sunshine on Dahan Day in Harbin ZhongBeiChunCheng Residential District

Abstract:

Harbin lies in high altitude region where residential insolation has always been a sensitive and important problem in planning and construction of residential areas. As the high-rise high-density development mode plays a leading role in metropolitan residential area construction, the sunshine issues and contradiction have been highlighted. This paper aims to conduct an in-depth study on sunshine environment on Dahan Day by choosing Harbin representative high-rise residential districts. It dissects this problem in detail from three perspectives respectively, outdoor venue shadow, indoor sunshine occlusion and typical residential sunshine duration of high-rise dwelling compared with multi-storey residence, which contributes to exposing the severe current situation and diagnosing the root causes of high-rise sunshine occlusion phenomenon. Based on the new sunlight standard, suggestions are put forward in introspection on improvement of related auxiliary mechanism, multi-party balance of interest, and supervision of new standard implementation.