南方建筑
南方建築
남방건축
SOUTH ARCHITECTURE
2015年
2期
16-20
,共5页
绿色建筑%优化设计%绿色建筑技术
綠色建築%優化設計%綠色建築技術
록색건축%우화설계%록색건축기술
green buildings%optimization design%green building technology
文章结合具体工程项目，针对绿色建筑技术在建筑设计中的优化方法进行了研究，提出绿色建筑设计应整合建筑、结构、设备、建筑物理等专业，在项目初期就结合先进的计算机模拟技术分析，实施“整体设计”。在每个专业之间寻找结合点和平衡点，满足建筑创作、建筑功能、生态属性等要求，采用的具体绿色技术措施做到绿色目标与资金投入的最优化。
文章結閤具體工程項目，針對綠色建築技術在建築設計中的優化方法進行瞭研究，提齣綠色建築設計應整閤建築、結構、設備、建築物理等專業，在項目初期就結閤先進的計算機模擬技術分析，實施“整體設計”。在每箇專業之間尋找結閤點和平衡點，滿足建築創作、建築功能、生態屬性等要求，採用的具體綠色技術措施做到綠色目標與資金投入的最優化。
문장결합구체공정항목，침대록색건축기술재건축설계중적우화방법진행료연구，제출록색건축설계응정합건축、결구、설비、건축물리등전업，재항목초기취결합선진적계산궤모의기술분석，실시“정체설계”。재매개전업지간심조결합점화평형점，만족건축창작、건축공능、생태속성등요구，채용적구체록색기술조시주도록색목표여자금투입적최우화。
In views of real project, the optimization method of the implementation of green building technology to architectural design is investigated in this paper. It is suggested that the green-building design process should be integrated with multi-specialty, including architecture, structure, facility and building physics, and the ‘integral design’ should be carried out by combining computer simulations from the early stage. The combination and balance point among various specialties need to be found, which can make the designs meet al the requirements from architectural creation, building function and ecosystem. The green building technology needs to be optimized for both green target and investment.
