摘要
Abstract
The New Physics Building at Tsinghua University stands as a high-standard experimental teaching complex that seamlessly blends historical heritage with modern technology.Designed with dual objectives of"cultural continuity"and"technological advancement",this architectural marvel preserves the physics department's century-old academic legacy while addressing cutting-edge disciplinary needs.Its spatial configuration features an organic"central atrium-inner courtyard"dual-core system that bridges the campus' historical axis with landscape patterns,while its contemporary red-brick lattice façade pays homage to traditional materials through Tsinghua's"Red Zone"cultural preservation context.The vertical zoning model integrates teaching offices with experimental research spaces:above ground,offices and teaching laboratories are arranged;below ground,dedicated research facilities occupy the basement.The innovative modular design and dual-corridor layout significantly enhance spatial adaptability for scientific endeavours.The building prioritises collaborative innovation through a central atrium connecting three underground levels to four above-ground floors,complemented by vertical circulation cores and diverse interaction nodes that foster interdisciplinary collaboration.The mechanical and electrical systems employ clustered energy core cylinders for efficient power distribution and system stability.The atrium space recreates historical elements like the old science hall's façade proportions and red-brick colonnades,weaving together three generations of physics department history while integrating green technologies to harmonise humanistic spirit with technological performance.This architectural practice provides an exemplary model for university research buildings that seamlessly combine historical preservation,functional innovation,and technological integration.关键词
文脉承续/技术建构/中庭—内院双核心/模块化设计/绿色技术Key words
cultural continuity/technological construction/dual core of atrium and inner courtyard/modular design/green technology
