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Learning structural engineering

机译:学习结构工程

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Professor Bill Jenkins from Perthshire has sent us this following response to Tim Ibell's excellent Viewpoint article featured in the 20 April Journal.rnI welcome the views expressed by Dr Ibell and agree that in the learning process the traditional treatment of analysis needs considerable modernisation. The emphasis on matrix methods, particularly stiffness matrix computations, needs to be relaxed. The trouble is that this is how it is done in the software but its integration with the modern design process is untidy and inefficient. From the design environment, where things are fluid and uncertain, the student is suddenly plunged into the numerically precise world of analysis.Even a quick approximate analysis is unavailable, so we wait until the design is complete and then analyse it! We can do better than that. Computing speed is now quite phenomenal and memory virtually inexaustible. Why not a computer-based analysis method capable of keeping track with the design? Every design change being automatically analysed, perhaps with a specified target error level which can be changed during the process.
机译:来自珀斯郡的比尔·詹金斯(Bill Jenkins)教授是在回应蒂姆·艾贝尔(Tim Ibell)在4月20日刊上发表的观点观点出色的文章后向我们发送的。需要放宽对矩阵方法的重视,尤其是刚度矩阵的计算。问题在于,这是在软件中完成的方式,但是其与现代设计过程的集成却不完整且效率低下。在充满不确定性的设计环境中,学生突然陷入了数值精确的分析世界,甚至无法进行快速的近似分析,因此我们要等到设计完成后再进行分析!我们可以做得更好。现在,计算速度非常惊人,而内存几乎是不可替代的。为什么不采用能够跟踪设计的基于计算机的分析方法?每个设计更改都会自动进行分析,也许带有指定的目标错误级别,该级别可以在过程中进行更改。

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    《The Structural Engineer》 |2010年第17期|P.2224|共2页
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  • 入库时间 2022-08-18 00:20:49

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