A block is supported by to pedestal and rigidly connected to a hollow steel column with an outer diameter of 0.750 m and thickness of 37.847 mm. Assuming the steel doesn't apply any force to the block prior to its expansion due to heat, determine the required weight (kN/m) of the block (green box), WB, so that it will be lifted only by 2.769 mm. Where w = 166.352 kN/m, f = 0.187 and x = 7.517 m. X w kN/m STEEL CONCRETE PEDESTAL Thermal Material Coefficient, T2, deg. C T₁, deg. C L, m x10-6/°C Steel 13.420 E, GPa 87.165 20.081 4.753 501.697

A block is supported by to pedestal and rigidly connected to a hollow steel column with an outer diameter of 0.750 m and thickness of 37.847 mm. Assuming the steel doesn't apply any force to the block prior to its expansion due to heat, determine the required weight (kN/m) of the block (green box), WB, so that it will be lifted only by 2.769 mm. Where w = 166.352 kN/m, f = 0.187 and x = 7.517 m. X w kN/m STEEL CONCRETE PEDESTAL Thermal Material Coefficient, T2, deg. C T₁, deg. C L, m x10-6/°C Steel 13.420 E, GPa 87.165 20.081 4.753 501.697

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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