用Mathematica设计物理问题

H. Sarafian
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引用次数: 1

摘要

我们设想利用计算机代数系统的多功能性,特别是Mathematica来探索设计物理问题。作为一个重点项目,我们考虑了一个热机械物理问题,展示了它从头到尾的发展。根据本研究的目的,首先应用物理原理的基本原理,我们用符号化方法解决了这个问题。应用该解,我们研究了产生可行数值参数的各种情况下感兴趣量的灵敏度。虽然研究的是物理问题,但所提出的方法也可以应用于其他科学领域。包含了这个特定项目所需的代码,使感兴趣的读者能够根据需要复制结果、扩展和修改它们,以探索各种扩展场景。
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Designing Physics Problems with Mathematica
We envision utilizing the versatility of a Computer Algebra System, specifi-cally Mathematica to explore designing physics problems. As a focused project, we consider for instance a thermo-mechanical-physics problem showing its development from the ground up. Following the objectives of this investiga-tion first by applying the fundamentals of physics principles we solve the problem symbolically. Applying the solution we investigate the sensitivities of the quantities of interest for various scenarios generating feasible numeric parameters. Although a physics problem is investigated, the proposed methodol-ogy may as well be applied to other scientific fields. The codes needed for this particular project are included enabling the interested reader to duplicate the results, extend and modify them as needed to explore various extended scenarios.
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来源期刊
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