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Book chapter · Frontiers in artificial intelligence and applications · January 1, 2016

Development of the System with Component for the Numerical Calculation and Visualization of Non-Stationary Waves Propagation in Solids

Zhanar Akhmetova, Zhuzbayev Serik, Boranbayev Seilkhan, Bakytbek T. Sarsenov

Serik Zhuzbayev
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Abstract

The information system is considered in this paper. The nucleus of this system is a software component, which is used for the numerical calculation of the wave process. This wave process is the propagation of non-stationary waves in a homogeneous solid in dynamic loading, and visualization of numerical solutions in the form of the stress tensor and the velocity waveform. Many information systems, software are usually developed on the basis of numerical methods such as finite element methods, boundary element, etc. To solve this problem in this paper we use the method bicharacteristics using the ideas splitting method, which is the novelty and originality of this case study. The user can make a prediction and engineering analysis with the help of the developed system. These predictions and estimates can be used for building structures in engineering practice, in mechanical engineering and in general for scientific research in the field of engineering. The practical significance of the developed system is that the using of such a system helps organizations reduce project development cycle and reduce costs and improve product quality.

Elasticity and Wave PropagationEngineering Applied ResearchUltrasonics and Acoustic Wave Propagationelastic waves in solidsoperator splittingdynamic loading

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