ME 621 THEORY OF PLATES AND SHELLS Fall 2009
Instructor: Dr. Judah Ari-Gur, Room F-246, Tel.: (269) 276-3419, Fax: 276-3421,
Office Hours: Mon. 5 p.m., Wed. 11 a.m., or by appointment
Textbook: Ugural, A.C., Stresses in Plates and Shells, Second Edition, McGraw-Hill, 1999.
Reference: (course Bibliography list)
Catalog Description: 3 cr-hr (3-0)
Pure bending of plates (Kirchhoff theory). Rectangular, circular and annular plates under lateral loads. Various edge conditions. Effects of transverse shear deformation (Mindlin theory). Large deflections of Plates. Theory of thin curved shells. Deformations and stresses of cylindrical and conical shells.
Prerequisites: ME 365 (or consent).
Introduction. Definitions. Assumptions.
Plate bending: Deformations; stresses and stress resultants; equilibrium and governing equations; boundary conditions. Energy methods.
Circular plates: Axisymmetric and asymmetric solutions.
Rectangular plates: Solutions.
Thick plates. Large deflections (nonlinear theory).
Thin shell geometry and resultants.
Shells of revolution: Axisymmetric deformations; stress resultants; equilibrium and governing equations; boundary conditions. Solutions.
Homework problems - 35% (as assigned)
Midterm exam - 25% (Thur., 29 Oct., 2009)
Final exam - 40% (7:15-9:15, Thur., 17 Dec., 2009)