Advanced Structural Analysis-1精品.pdfVIP

Advanced Structural Analysis CIVE5959/CIVE5970 Objectives Understand the fundamental principles of structural analysis  Structural dynamics  Stability of structures  Implement FEM theories in structural analysis  Formulation of FE analysis  Elements for 1D, 2D and 3D problems  Using FEM software Syllabus  Review of Matrix operations on structural properties and Direct Stiffness method (2 lectures by Dr. Sheng)  (6 lectures by Dr. Sheng)  Review of elastic instability of beams and columns. And pin jointed structures. (4 lectures by Dr. Sheng)  Structural dynamic analysis, principles and theories (8 Lectures by Dr. Ye) Assessment of the course For MSc Students:  Computational Project (40%)  Final Exam (60%) For MEng Students  Final Exam (100%) Practical questions with solutions are available in VLE (Don’t submit them, assess them yourselves with solutions provided) Recommended Books  Zienkiewicz Taylor (1988), Vols I (1988), II (1993). A comprehensive upgrade of the 1977 edition. Primarily an encyclopedic reference work that provides a panoramic coverage of FEM, as well as a comprehensive list of references. Not a textbook. A fifth edition has appeared.  Cook, Malkus Plesha (1989); this third edition is fairly comprehensive in scope and up to date  Hughes (1987). It requires substantial mathematical expertise on the part of the reader Recently reprinted by Dover..  Strang Fix (1973), Mathematically oriented:  Irons Ahmad (1980) Most fun (if you like British humor):  Structural Analysis, by A. Ghali A.M. Neville  Structures, By Bhatt  Matrix Structural Analysis, by Williams Mcguire, et al  Advanced Mechanics of Materials, by Boresi History of Structural Analysis