Verification of the Analytical Solution and Numerical Simulation for Tension - Pressure

Helena Kravarikova

doi:10.52589/BJCNIT-QN2K6POF

Verification of the Analytical Solution and Numerical Simulation for Tension - Pressure | AB Journals

Verification of the Analytical Solution and Numerical Simulation for Tension - Pressure

British Journal of Computer, Networking and Information Technology

Vol. 7Issue 12024pp. 47–57Published 25 January 2024

DOI 10.52589/BJCNIT-QN2K6POF

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Abstract:

The proposed constructions have to meet their use in terms of shape, dimensions and above all, strength. Parts of the structure are loaded by external forces. The load on the structure is examined in all parts and directions. Parts of the structure are stressed by a combination of basic types of stress. One of the basic types of stress is pull or pressure. The investigation of the part of the structure under tensile-compression stress is important because of the deformation, stability and strength of the structure as a whole. Analytical solution, classical experiment or modelling FEM can be used to predict the stress of structural parts. Currently, the most preferred solution is FEM numerical simulation. Numerical simulation has a more purposeful use in the solution of structural stability. The article contains the solution, tensile stresses for a steel rod, numerical simulation using the FEM method in the ANSYS program and analytically.

Keywords:FEM Modeling Tension - Pressure Hooke's law Tension Rod

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