Introduction to finite elements in engineering [5th. ed.]
By: Chandrupatla, Tirupathi R.
Contributor(s): Belegundu, Ashok D.
Publisher: Cambridge Cambridge Univ. Press 2022Edition: 5th. ed.Description: xxiii, 494p.ISBN: 9781108841412.Subject(s): Finite element method | Engineering mathematicsDDC classification: 620.001 | C361i5 Summary: "Finite elements ("FE or FEA") is a numerical tool used for analyzing problems involving stress analysis, heat and fluid flow, resonance frequencies and mode shapes, etc. Irregular shaped domains, various materials can be incorporated. The book deals with a variety of topics in a manner that integrates theory, algorithms, modeling, and computer implementation. Many solved examples reinforce this pedagogy along with end-of-chapter problems, in-house source codes on multiple platforms, and a solutions manual for the instructor. Topics include energy and Galerkin approaches, equation solving with sparsity, elasticity, heat conduction and other scalar field problems, vibration and preand post- processing. The variety of topics dealt with enables the book to be used as a text in various engineering disciplines, at the senior-undergraduate or 1st year graduate level. The book can also serve as a learning resource for practicing engineers"| Item type | Current location | Collection | Call number | Status | Date due | Barcode | Item holds |
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Books
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PK Kelkar Library, IIT Kanpur | On Display | 620.001 C361i5 (Browse shelf) | Available | A186680 |
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| 006.6 Z61t 3D computer vision | 338 Op7 Optimization in industry | 543.57 R141 Raman spectroscopy | 620.001 C361i5 Introduction to finite elements in engineering [5th. ed.] | 620.2 B734n2 Noise and vibration analysis [2nd. ed.] | 658.7 Em32 Emerging frontiers in operations and supply chain management |
"Finite elements ("FE or FEA") is a numerical tool used for analyzing problems involving stress analysis, heat and fluid flow, resonance frequencies and mode shapes, etc. Irregular shaped domains, various materials can be incorporated. The book deals with a variety of topics in a manner that integrates theory, algorithms, modeling, and computer implementation. Many solved examples reinforce this pedagogy along with end-of-chapter problems, in-house source codes on multiple platforms, and a solutions manual for the instructor. Topics include energy and Galerkin approaches, equation solving with sparsity, elasticity, heat conduction and other scalar field problems, vibration and preand post- processing. The variety of topics dealt with enables the book to be used as a text in various engineering disciplines, at the senior-undergraduate or 1st year graduate level. The book can also serve as a learning resource for practicing engineers"
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