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首页> 外文期刊>Architectural science review >A study towards interdisciplinary research: a Material-based Integrated Computational Design Model (MICD-m) in architecture
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A study towards interdisciplinary research: a Material-based Integrated Computational Design Model (MICD-m) in architecture

机译：跨学科研究：建筑中基于材料的集成计算设计模型（MICD-m）

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The output of interdisciplinary research is unexpected that one particular field cannot reach with his/her own expertise. In traditional architectural workflow, computational tools associated with performance simulation are utilized during the later stage of the design process following the concept design. However, this reduces the efficiency by alterations of the conceptual model. Based on the fact that material, form and performance aspects of design can be integrated together, by specifying their parameters, rules and relationships as observed in natural systems, a Material-based Integrated Computational Design Model (MICD-m) in architecture is developed combining architectural design with biology, material science, mathematics, mechanical engineering, structural engineering and computer science for the early stage use in architectural design. A custom-designed user interface, database and reports are included in the MICD-m, designed as a plug-in for a 3D geometric modelling tool. The MICD-m is tested with a case study in parametric modelling environment.
机译：跨学科研究的结果出乎意料，因为某个特定领域无法凭借自己的专业知识来达成。在传统的架构工作流中，在概念设计之后的设计过程的后期阶段，会使用与性能模拟相关的计算工具。但是，这通过更改概念模型而降低了效率。基于可以将设计的材料，形式和性能方面集成在一起的事实，通过指定它们在自然系统中观察到的参数，规则和关系，开发了一种基于材料的建筑综合计算设计模型（MICD-m）具有生物学，材料科学，数学，机械工程，结构工程和计算机科学的建筑设计，可用于建筑设计的早期阶段。自定义设计的用户界面，数据库和报告包含在MICD-m中，被设计为3D几何建模工具的插件。 MICD-m在参数化建模环境中通过案例研究进行了测试。

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