Testing and Modeling of Cellular Materials
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Product details:
- Edition number 1
- Publisher CRC Press
- Date of Publication 19 December 2024
- ISBN 9781032290249
- Binding Paperback
- No. of pages206 pages
- Size 234x156 mm
- Weight 453 g
- Language English
- Illustrations 221 Illustrations, black & white; 92 Halftones, black & white; 129 Line drawings, black & white; 28 Tables, black & white 672
Categories
Short description:
Testing and Modeling of Cellular Materials discusses the characterization of cellular lattices through quasi-static and dynamic testing for use in light-weighting or energy absorbing applications.
MoreLong description:
Testing and Modeling of Cellular Materials discusses the characterization of cellular lattices through quasi-static and dynamic testing for use in light-weighting or energy-absorbing applications. Covering cellular materials, specifically additively manufactured lattices, this book further progresses into dynamic testing and modeling techniques for computational simulations. It presents modeling and simulation techniques used for cellular materials and evaluates them against experimental results to illustrate the material response under various conditions. The book also includes a case study of high-velocity impact that highlights the high strain rate effects on the cellular lattices.
Features:
- Covers different testing techniques used in quasi-static and dynamic material characterization of cellular materials
- Discusses additive manufacturing techniques for lattice specimen fabrication
- Analyzes different finite element modeling techniques for quasi-static and dynamic loading conditions
- Presents a comparison and development of a phenomenological material model for use in computational analysis at various loading rates
- Explores impact stress wave analysis under high-velocity loading
The book will be useful for researchers and engineers working in the field of materials modeling and mechanics of materials.
MoreTable of Contents:
1. Introduction. 2. Background Theory. 3. Experimental Methodology. 4. Uniaxial Compression of Lattices. 5. Mechanical Properties of Lattices and Design Variations. 6. Split Hopkinson Pressure Bar Test Results. 7. Strain Rate?Sensitive Constitutive Model for Lattice Structure. 8. Lattice Damage Model. 9. Computational Modeling Techniques and Results. 10. Projectile Impact Results. 11. Conclusions.
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