1 Matrix methods of analysis: Matrix formulation of redundant beam analysis
(Clapeyrons three moment theorem and slope deflection method). Stiffness and
flexibility approaches for beams, simple portal frame, trusses.
2 Dynamic analysis of structural frames: Wind analysis of structures by using I.S.
Code provisions, Seismic analysis as per IS 1893, Computer oriented algorithms.
3 Theory of plates and shells: Thin plate analysis. Differential equation of bending
under point and uniformly distributed load, various support systems. Rectangular and
circular plates. Membrane analysis of thin shell, meridional & hoop stress, shell of
revolution, cylindrical shell, applications.
4 Introduction to finite element: Potential Energy, shape function, linear, triangular
and rectangular element, fundamentals for one-dimensional, two dimensional
structure, isoparametric formulation, simple two dimensional problems related to
civil engg.