世界建筑Issue(6)：99-103,5.
高强度科创城区基面立体化设计策略研究
Research on Three-dimensional Design Strategy for the Base Surface of High-Intensity Sci-Tech Innovation Districts
摘要
Abstract
As China's cities enter the era of stock renewal,high-intensity development in urban cores has triggered systemic challenges such as scarce public space,overloaded transportation,and environmental degradation.This paper focuses on high-intensity zones and proposes a"three-dimensional base"design strategy.Drawing on the design practices of high-intensity sci-tech innovation districts,it constructs a three-element complementary base design strategy system of"space capacity-functional linkage-spatial arrangement".This system provides a clear technical analysis framework and actionable strategy set for urban design in high-intensity zones.The study shows that three-dimensional base design has evolved from a single technical approach of traffic linkage to a core pathway for reshaping spatial order and enhancing efficiency,offering a theoretical model and operational guidelines for the sustainable development of high-intensity cities.关键词
高强度片区/基面立体化/科创城区/设计模式Key words
high-intensity area/three-dimensional base surface/sci-tech innovation industrial urban area/design model引用本文复制引用
杨旭..高强度科创城区基面立体化设计策略研究[J].世界建筑,2026,(6):99-103,5.基金项目
国家重点研发计划项目编号:2023YFC3807405 （）
