2017年9月21日 Ajla Aksamija 演讲视频：可持续、高性能建筑幕墙的设计方法 Ajla Aksamija’s Presentation Video: Design Method for Sustainable, High-Performance Building Facades on 21st Sept 2017
Please scroll down for the English version
2017年9月21日的净零碳设计研讨会邀请了来自美国马萨诸塞大学安姆斯特分校和Perkins+ Will的Ajla Aksamija博士为大家讲授建筑围护结构——可持续、高性能建筑幕墙的设计方法。我们将演讲的视频与大家分享（英文原音+中文字幕）。
Ajla Aksamija
博士，LEED AP BD+C，助理教授，马萨诸塞大学安姆斯特分校，兼建筑科技研究员和主任，Perkins+ Will
Ajla Aksamija博士是美国马萨诸塞大学阿默斯特分校建筑系的助理教授，也兼任Perkins+Will建筑科技研究部门的的研究员及主任。她主要的研究领域包括可持续建筑设计科学技术、新型建筑科技和数字化设计。她领导了Perkins+Will的建筑科技实验室，第一个在设计事务所内以先进的建筑技术、高性能建筑、计算机辅助设计和建筑幕墙为重点的实践驱动型实验室之一。Ajla Aksamija博士参与撰写多本书籍，并发表了超过70多篇研究论文。她也是两本专业书籍的作者：《可持续的幕墙设计：高性能建筑围护结构的设计方法》（John Wiley & Sons出版社，2013年）和《建筑设计创新综合：渐进式实践与研究的设计、方法与技术》（John Wiley & Sons出版社，2016年）。Aksamija博士也是Perkins+Will研究期刊的创始人和编辑。
演讲摘要
这一演讲将涵盖设计可持续、高性能幕墙的方法，以及必要的步骤以保证各类环境因素和节能的策略整合到设计过程中。建筑的幕墙是能源消耗预算和舒适参数度最重要的影响因素之一。高性能的幕墙可以阻挡不利的外部环境影响并以最低的能耗保持舒适度，而位置和气候是选择设计策略的最重要的因素。
演讲将包括：
- 确认高性能幕墙的设计策略
- 评估建筑性能分析工具中适合于幕墙设计的工具
- 介绍新型技术中能够提升围护结构性能的技术
- 通过全球的案例研究了解如何使用这些方法进行创新的幕墙设计
可持续高性能的建筑围护结构（一）基于气候的设计方法和被动策略（34：45）
可持续高性能的建筑围护结构（二）热性能和环境影响（23：01）
可持续高性能的建筑围护结构（三）建筑性能分析程序和新兴技术（15：25）
可持续高性能的建筑围护结构（四）案例研究（15：42）
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On 21st Sept 2017, Ajla Aksamija, the building technology researcher/associate at Perkins+Will and assistant professor from University of Massachusetts Amherst, gave a presentation of Design Method for Sustainable, High-Performance Building Facades. Now we share the presentation video (English presentation + Chinese subtitles).
Ajla Aksamija
PhD, LEED AP BD+C, Building Technology Researcher/Associate at Perkins+Will
and Assistant Professor, University of Massachusetts Amherst
Dr. Ajla Aksamija is an Assistant Professor at the Department of Architecture, University of Massachusetts Amherst and Building Technology Researcher/Associate at Perkins+Will. Her research expertise includes building science and sustainable design, emerging building technologies and digital design. She directed Perkins+Will’s Building Technology Laboratory (“Tech Lab”), one of the first practice-driven research laboratories focusing on advanced building technologies, high-performance buildings, computational design, and building facades. Dr. Aksamija has contributed to several books and has published over seventy research articles. She is the author of two books, Sustainable Facades: Design Methods for High-Performance Building Envelopes (John Wiley & Sons, 2013) and Integrating Innovation in Architecture: Design, Methods and Technology for Progressive Practice and Research (John Wiley & Sons, 2016). Dr. Aksamija is the founder and editor of the Perkins+Will Research Journal.
Abstract
This presentation covers methods for designing sustainable,high-performance facades, and the necessary steps in ensuring that the environmental factors and energy-efficiency strategies are integrated with the design process. The facade is one of the most significant contributors to the energy budget and the comfort parameters of any building. High-performance facades need to block adverse external environmental effects and maintain internal comfort conditions with minimum energy consumption, and the location and climate become one of the crucial factors in selecting appropriate design strategies.
Design Method for Sustainable, High-Performance Building Facades（Part 1, 34：45）
Design Method for Sustainable, High-Performance Building Facades（Part 2, 23：01）
Design Method for Sustainable, High-Performance Building Facades（Part 3, 15：25）
Design Method for Sustainable, High-Performance Building Facades（Part 4, 15：42）
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