计算机智能解析处理在科学研究和工程中的作用

本文综述了计算机符号运算或解处理与物理、力学模型和数学方法相结合的理论及方法，计算机符号运算已经成功地应用于理论物理和数学定理的机器证明，计算机智能解析方法，可以成为研究和解决其它广泛的科学研究和工程中的问题的有效方法，介绍了计算机符号运算软件的功能。应用计算机智能解析处理方法研究流变学的各种问题，为显示计算机智能解析处理解决具体总理的过程及其效率，重点介绍了OlorodB流体定常环室内旋转流动研究。

Computational Analytical Manipulation and its Application in Science and Engineering

A new field of modern computer science-artificial intelligence isdeveloped rapidlly. The symbolic manipulation is the front directionin the artificial inteligence.A series of the computer software is developed for the computational manipulation, such as Macsyma, Maple, Mathematica and Matlab to complete the symbolic calculation. The science of research on the computational manipulation is called by computational algebra with help of which the develop of the analytical manipulation is possible in a new sence. A combination of the computational symbolic calculation, mathematical approach and physico mechanical model leads to a computational intellectual analytical approach developed by author.In the present paper a review is given for the computational analytical manipulation and its application in science and enginnering .The computational analytical approach is used for the following problems in rheology: unsteady flow of Maxwell fluid in tube, unsteady flow of Oldroyd fluid B in the gap between two rotating coaxial cylinders,unsteady flow of powwer law fluid, research on the constitutive equation. The research and application show the ability of the computational symbolic manipulation in solving the problems of non Newtonian fluid flows. There is possible to use that forsolving the scientific and the technical problems.