S.P. Chiew is Professor and Civil Engineering Programme Director at Singapore Institute of Technology, Singapore and co-author of Structural Steelwork Design to Limit State Theory, 4th Edition.Y.Q. Cai is a Project Officer in the School of Civil and Environmental Engineering at Nanyang Technological University, Singapore.

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• 1. SRC Column Subjected to Axial Compression. 1.1 SRC Column with Normal Strength Material. 1.2 SRC Column with High Strength Concrete. 1.3 SRC Column with High Strength Steel. 1.4 SRC Column with High Strength Concrete and Steel. 2. SRC Column Subjected to Combined Compression and Bending. 2.1 SRC Column with Normal Strength Material. 2.2 SRC Column with High strength Concrete. 2.3 SRC Column with High Strength Steel. 2.4 SRC Column with High Strength Materials. 3. SRC Column with Different Degree of Confinement. Appendix A. Appendix B Design Chart. B.1 Design for SRC Column Subjected to Axial Compression. B.2 Design for SRC Column Subjected to Combined Compression and Bending. Index.

S.P. Chiew is Professor and Civil Engineering Programme Director at Singapore Institute of Technology, Singapore and co-author of Structural Steelwork Design to Limit State Theory, 4th Edition.Y.Q. Cai is a Project Officer in the School of Civil and Environmental Engineering at Nanyang Technological University, Singapore.

Select Guide Rating

• 1. SRC Column Subjected to Axial Compression. 1.1 SRC Column with Normal Strength Material. 1.2 SRC Column with High Strength Concrete. 1.3 SRC Column with High Strength Steel. 1.4 SRC Column with High Strength Concrete and Steel. 2. SRC Column Subjected to Combined Compression and Bending. 2.1 SRC Column with Normal Strength Material. 2.2 SRC Column with High strength Concrete. 2.3 SRC Column with High Strength Steel. 2.4 SRC Column with High Strength Materials. 3. SRC Column with Different Degree of Confinement. Appendix A. Appendix B Design Chart. B.1 Design for SRC Column Subjected to Axial Compression. B.2 Design for SRC Column Subjected to Combined Compression and Bending. Index.

S.P. Chiew is Professor and Civil Engineering Programme Director at Singapore Institute of Technology, Singapore and co-author of Structural Steelwork Design to Limit State Theory, 4th Edition.Y.Q. Cai is a Project Officer in the School of Civil and Environmental Engineering at Nanyang Technological University, Singapore.

Select Guide Rating

• 1. SRC Column Subjected to Axial Compression. 1.1 SRC Column with Normal Strength Material. 1.2 SRC Column with High Strength Concrete. 1.3 SRC Column with High Strength Steel. 1.4 SRC Column with High Strength Concrete and Steel. 2. SRC Column Subjected to Combined Compression and Bending. 2.1 SRC Column with Normal Strength Material. 2.2 SRC Column with High strength Concrete. 2.3 SRC Column with High Strength Steel. 2.4 SRC Column with High Strength Materials. 3. SRC Column with Different Degree of Confinement. Appendix A. Appendix B Design Chart. B.1 Design for SRC Column Subjected to Axial Compression. B.2 Design for SRC Column Subjected to Combined Compression and Bending. Index.