The book deals with experimental and theoretical investigations, forming a basis for design of effective compressed concrete elements by using minimum empirical coefficients. It is shown that transverse deformations can be used as an additional ultimate limit state for such elements.
The book deals with experimental and theoretical investigations, forming a basis for design of effective compressed concrete elements by using minimum empirical coefficients. It is shown that transverse deformations can be used as an additional ultimate limit state for such elements.
Iakov Iskhakov is a Full Professor at Ariel University, Israel. The main scientific activity is focused on reinforced concrete structures and seismic resistance. He has published 14 books, more than 120 papers in scientific journals and presented about 100 lectures at national and international conferences. Ilya Frolov obtained a PhD in 2023 from Ariel University, Israel. His scientific activity is focused on improving concrete theory, avoiding the use of empirical coefficients in design of structures and using transverse deformations and cracks development for concrete performance analysis. Yuri Ribakov is a Head of Department of Civil Engineering at Ariel University, Israel. His research interests include reinforced concrete structures, fibered concrete, etc. He has co-authored 9 monographs, coedited 2 books, contributed 16 chapters to edited books, published more than 210 papers in journals and conference proceedings.
Inhaltsangabe
Preface. Introduction. Literature Review. Transverse Deformations as One of the Basic Features of Compressed Concrete Element Performance. Test Series Coverage. Experimental and Numerical Verification of the Theoretical Stress-Strain Model for Compressed Concrete. Experimental Investigation of Concrete Transverse Deformations. Numerical Investigation of Transverse Cracks' Depth and Width Development in Compressed Concrete Elements. Compressed Concrete Elements Limit States by Width and Depth of Cracks Due to Transverse Deformations. Conclusions. References. Appendix. List of Symbols. Index.
Preface. Introduction. Literature Review. Transverse Deformations as One of the Basic Features of Compressed Concrete Element Performance. Test Series Coverage. Experimental and Numerical Verification of the Theoretical Stress-Strain Model for Compressed Concrete. Experimental Investigation of Concrete Transverse Deformations. Numerical Investigation of Transverse Cracks' Depth and Width Development in Compressed Concrete Elements. Compressed Concrete Elements Limit States by Width and Depth of Cracks Due to Transverse Deformations. Conclusions. References. Appendix. List of Symbols. Index.
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