适用行业
- 建筑物
- 建筑与基础设施
适用功能
- 产品研发
用例
- 实验自动化
- 结构健康监测
关于客户
IL Hoon Roh是一位杰出的建筑师和设计师,毕业于伦敦建筑协会建筑学院,并获得伦敦皇家艺术学院工业设计硕士学位。他在伦敦的 Foster & Partners 担任建筑师,直到 2010 年创立了自己的设计工作室 Studio IL Hoon Roh,并在伦敦 Aram 画廊的邀请展上首次亮相。此后,他的作品在世界各大城市展出,包括在巴黎和首尔举办个展。 2017年,他的作品被巴黎蓬皮杜艺术中心收购,作为永久收藏的一部分。
挑战
面临的挑战是受放射虫自然生命形式的启发,创造一个类似有机的桌子结构。著名建筑师和设计师 IL Hoon Roh 对放射虫(一种浮游动物)通过故意在其膜上形成一个孔来形成自身的方式特别感兴趣。他开始了一系列被称为“Radiolaria Experiment”的物体,从 Fabric Table R(Fabric Table Radiolaria)开始,他通过手工拉伸一块布来创建 3D 有机物体,从而将三维结构应用到他的作品中。形式。然而,他对该系列中的第七个实验 Table R Ex07 并不完全满意。虽然他达到了想要的形状,但完成的物体缺乏他想要描绘的复杂部分,并且结构并不完美。
解决方案
IL Hoon Roh 在 Altair 的 OptiStruct® 中找到了解决方案。他与 Altair 的韩国优化团队合作,创建了一个完全成形且结构坚固的作品。 Altair 韩国公司的高级研究员 Hong Sang-Ryeol 使用 HyperMesh® 进行建模,这种网格划分要求比 Ex07 之前使用的建模复杂得多。进行建模是为了找到最复杂和最优化的结构。 IL Hoon Roh 学习了如何使用 OptiStruct,并且由于他在建筑相关软件方面的经验而能够运行该程序。 OptiStruct 提供了结构建议,例如使腿部的一部分逐渐变细,从而产生了稳健的结果。通过运行自动结构分析,OptiStruct 指导需要厚度的位置、厚度和方向。 IL Hoon 部分接受了建议,然后通过改变周围的结构条件并采取替代设计路线与 OptiStruct 协商最佳解决方案。
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