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韩国设计公司KLIO Design推出一款名为Open structure Mobility Concept的微型电动概念车,采用3D打印技术定制车身,共享车辆架构平台,进而实现结构拓展,为个人用户、商业用户及社会公共交通部门提供了开放式的车辆结构。基于拓扑优化(Topology optimisation),KLIO Design创建了质量最小化的车身结构形态,可应对外力(行驶时车身所承受的载荷),并为该款概念车的初始形状设计提供指导意见。同时,拓扑优化技术还被应用于对车辆所面临的各种情况的计算分析,包括静态、变速行驶、穿过减速带(speed bumps)、
Korean design firm KLIO Design introduced a miniature electric concept car called the Open structure Mobility Concept, which uses 3D printing technology to customize the bodywork, share the vehicle architecture platform, and thereby expand the structure for individual users, business users and public transport sectors Open vehicle structure. Based on Topology optimization, KLIO Design creates a mass-minimized body configuration that responds to external forces (loads borne by the body during driving) and provides guidance on the initial shape design of the concept car. At the same time, topology optimization technology is also applied to calculate the various situations faced by the vehicle, including static, variable speed driving through speed bumps,