非线性设计在办公空间中的综合应用

The comprehensive Non-linear design
Abstract： Architectural design of nonlinear style design already bloom all over the world, but its application in the interior design is relatively less, as a result, the author hope this as an opportunity to combine the architectural design, lighting design, man-machine engineering, and art design, is widely used in interior design.Nonlinear architecture is a rise in the last century 60 s nonlinear design idea (that is, the complex science theory) in the architectural design project, the United States by the mainstream scholars beloved chaos, and under the structure with the aid of the dissipative structure theory of non-standard inspired subjects such as mathematics analysis, and draw lessons from the modern philosophers deleuze Jill to center theory and related philosophy thoughts as the basic starting point, but in solving practical problems are still can be done with the help of advanced computer aided design performance function calculation Including the influence parameters including analysis diagram system analysis results control the generation of architectural form, the results are automatically choose the digital control machine tool manufacturing building components To guide the construction and so on When he has just appeared in the '60 s, when the complex science theory, there are radical designers will he moves in the field of architectural design, design method of trying to change, but because of the limited technical conditions at that time and failed, but in the late 90 s, the science building

KeyWords:  generation of architectural  digital control  architectural

1、 参数化非线性设计2
2、 自然结构模仿下的非线性设计2
3、 混沌理论下的非线性设计3
4、 以曲线为基础要素的设计方法4
5、折叠成型的设计方法6

非线性建筑是兴起于上个世纪60年代的非线性设计思想（即复杂科学理论）在建筑设计上的投射，受到美国当时主流学者所钟爱的混沌学的影响，并在此结构下借助了，耗散结构理论、非标准数学分析等学科的启发，也借鉴了近代哲学家吉尔•德勒兹的去中心学说及相关哲学思想作为基本出发点，但是在解决实际问题是还是要借助性能先进的计算机辅助设计功能完成计算部分。这其中包括包括分析影响参数、图解系统分析结果、控制建筑形体的生成，对结果进行自动选择、控制数字化机床、制造建筑构件、指导建筑施工等等。在他刚刚在60年代出现时，当复杂科学理论建立时，就有激进的设计者将他搬迁到建筑设计领域，试图改变设计方法，但是因为当时的技术条件所限而宣告失败，但90年代末，这种科学的建筑设计方法却广泛在世界各地开花结果，这主要功劳应归于计算机技术的发展。
非非线性建筑设计探讨了褶子的世界。时间和空间都是在不断的折叠和打开后反复出现反复轮回的产物和随机结果，因此，也无所谓何为正面，何为反面，何为最终的结果，因为一切都是随机不可预测的。这一新观念打破了欧几里德几何的传统三维空间概念，开启了一个在动态运动中时空共存共联系的流动世界。 非线性设计在办公空间中的综合应用:http://www.lwfree.cn/yishu/20180906/22447.html
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