钢框架膜结构临时建筑小品设计方案研究——解决自然采光与自由交互空间的新方案

Temporary Building Design Case Study Based on Steel-Framed Membrane Structure—New Solution to Natural Lighting and Free Interaction Space

摘要: 在审美多元化的今天，建筑的形态也伴随着人们审美的取向变革而发生变化，线条灵动、曲面自由的非线性建筑，逐步发展为建筑设计师们热衷的新追求。而伴随着建筑技术的发展和建筑材料的演进，钢结构和膜结构技术的成熟使得曲面和曲线的应用也成为了建筑设计中的日常。本文介绍的装置建筑小品，造型以曲线和曲面为主体元素构成设计，提取大学校园建筑立面色彩中对比鲜明的红白两色，通过钢结构框架和可循环使用的机械化建筑膜结构的有机结合，使其成为各向空间均可向公众自由组合开放的户外小型建筑设计。

Abstract: In today’s aesthetic diversification, the form of architecture is also changing along with the transformation of people’s aesthetic orientation. The nonlinear architecture with flexible lines and free surfaces has gradually developed into a new pursuit for architectural designers. With the development of building technology and the evolution of building materials, the maturity of steel structure and membrane structure technology makes the application of curved surfaces and curves become daily in architectural design. The installation architectural sketch introduced in this paper takes curves and surfaces as the main elements to form the design, and extracts the contrasting red and white colors from the facade colors of the university campus buildings. Through the organic combination of the steel structure frame and the recyclable mechanized building membrane structure, it becomes an outdoor small architectural design that can be freely combined and opened to the public in all directions.