- A Thin Circular Disk Has Outer Radius B And Inner Radius A Similar To Fig P6 6 2 The Radial Displacement U At R A I 1 (36.9 KiB) Viewed 10 times
A thin circular disk has outer radius b and inner radius a (similar to Fig. P6-6.2). The radial displacement u at r= a i
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A thin circular disk has outer radius b and inner radius a (similar to Fig. P6-6.2). The radial displacement u at r= a i
A thin circular disk has outer radius b and inner radius a (similar to Fig. P6-6.2). The radial displacement u at r= a is zero. The outer boundary (r = b) is subjected to pressure p and is otherwise unconstrained. Determine the stress components (Or, de) as functions of polar coordinate r. Hint: See Eqs. (6-6.4) and (6-6.5), and note that the boundary conditions must be satisfied. The problem is one of plane stress in the plane of the disk.