A self supported vertical tall vessel is 100 ft high and has inside diameter (ID) of...
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A self supported vertical tall vessel is 100 ft high and has inside diameter (ID) of 6.90 ft. For shell thickness 5/8 inches, corrosion allowance 1/8 inches and magnesia insulation of 4 inches thick, calculate the stress at the bottom of the vessel due to wind load of 30 psi for the following cases: i) The insulated vessel ii) The un-insulated vessel Data: Mwx fwx = mri(t,-c) %3D A self supported vertical tall vessel is 100 ft high and has inside diameter (ID) of 6.90 ft. For shell thickness 5/8 inches, corrosion allowance 1/8 inches and magnesia insulation of 4 inches thick, calculate the stress at the bottom of the vessel due to wind load of 30 psi for the following cases: i) The insulated vessel ii) The un-insulated vessel Data: Mwx fwx = mri(t,-c) %3D
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A self supported vessel Given data Vessel height x 100 ft 100 x 0305 305 m 1ft 0305 m Internal diame... View the full answer
Related Book For
Vector Mechanics for Engineers Statics and Dynamics
ISBN: 978-0073212227
8th Edition
Authors: Ferdinand Beer, E. Russell Johnston, Jr., Elliot Eisenberg, William Clausen, David Mazurek, Phillip Cornwell
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