Stress Analysis of a Cylinder Subjected to Thermo-mechanical Loads by Using FEM

Somadder, Somnath; Islam, Md. Shahidul

doi:10.1088/1757-899x/438/1/012036

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Wire With Circular Cross-section1

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2020

2024

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Cited by 2 publications

(2 citation statements)

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“…The second type of samples available in Pyrough is the cWire object (wire with circular cross-section) that can be useful to model rough cylinders in FEM [56] or nanowires for MD applications [57,58,59]. As illustrated in Figure 4b, a cylinder of radius radius and length length is constructed using the extrude function of gmsh, i.e.…”

Section: Wire With Circular Cross-sectionmentioning

confidence: 99%

Pyrough: A tool to build 3D samples with rough surfaces for atomistic and finite-element simulations

Iteney,

Gonzalez Joa,

Le Bourlot

et al. 2024

Computer Physics Communications

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Section: Wire With Circular Cross-sectionmentioning

confidence: 99%

Pyrough: A tool to build 3D samples with rough surfaces for atomistic and finite-element simulations

Iteney,

Gonzalez Joa,

Le Bourlot

et al. 2024

Computer Physics Communications

View full text Add to dashboard Cite

“…Somnath Somadder and Md. Shahidul Islam investigated stress and displacement field of cylinder subjected to thermomechanical loadings by using finite element method [3]. A. Barut, I. Guven and E. Madenci determined singular stress field at multiple dissimilar material joints subjected to mechanical and thermal loading [4].…”

Section: Introductionmentioning

confidence: 99%

Thermo-mechanical stress analysis of dissimilar material joints using FEM

Somadder

2020

Journal of Mechanical and Energy Engineering

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This article presents numerical investigation of isotropic dissimilar material joints. Dissimilar material joints are broadly used in in various structures, including offshore, nuclear, electronic packaging, IC chip and spacecraft various fields of science and technology. In bi-material joints two different material are bonded with common interface region. High stress concentration occur at the interface of the joint under thermo-mechanical loadings due to the difference in the elastic properties and the thermal expansion coefficients of dissimilar materials. The stresses acting along the interface of dissimilar material joints are very important to determine whether the structure is reliable or not for operation. The main purpose of this research is to provide finite element solutions to predict the stress distribution at the interface of the joint based on the theory of elasticity. Keywords: Numerical Investigation, Dissimilar material joints, Stress concentration, Stress distributions, Theory of elasticity.

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Stress Analysis of a Cylinder Subjected to Thermo-mechanical Loads by Using FEM

Cited by 2 publications

References 5 publications

Pyrough: A tool to build 3D samples with rough surfaces for atomistic and finite-element simulations

Pyrough: A tool to build 3D samples with rough surfaces for atomistic and finite-element simulations

Thermo-mechanical stress analysis of dissimilar material joints using FEM

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