世界建筑Issue(8)：12-18,7.
运动视觉工效导向的寒地高校体育馆界面优化设计
Envelope Optimization Strategies for University Gymnasiums in Severe Cold Regions Driven by Sports Visual Ergonomics
摘要
Abstract
Under the context of"Healthy China initiative"and"Carbon Peaking and Carbon Neutrality Goals",the quality of the daylight environment in university gymnasiums located in severe cold regions needs to be improved.Through on-site measurements and VR experiments,a comprehensive visual efficacy assessment factor(VEA)is proposed,and a predictive model for visual efficacy based on daylight performance is established.Based on survey data from 157 gymnasiums,four typical models are summarized.A multi-objective optimization considering visual efficacy,daylighting,and energy consumption is conducted using a genetic algorithm.Finally,optimized design strategies for the light environment are proposed,providing theoretical support and technical pathways for the design of healthy light environments in gymnasiums in severe cold regions.关键词
视觉工效/虚拟环境/多目标优化/遗传算法Key words
visual ergonomics/virtual environment/multi-objective optimization/genetic algorithm引用本文复制引用
史立刚,黄恬恬,郑方,李思盈..运动视觉工效导向的寒地高校体育馆界面优化设计[J].世界建筑,2026,(8):12-18,7.基金项目
国家自然科学基金 项目批准号:52478015 （）
