STRENGTH OF MATERIALS. Please show the complete solutions. Rate will be given. Answer in 3 decimal places! Answer ASAP! The rigid beam shown is fixed to the top with the three (3) posts made of Steel and Aluminum.The post has the length as shown when no load is applied to the beam and the initialtemperature is 20°C.Consider the material properties below:MaterialE(GPa)Steel200Aluminum 70a (μm/m -°C)11.725.5SteelArea (mm)If the final temperature would increase to 60°C, determine the force supported by each post ifthe bar is subjected to a uniform distributed load as shown.250 kN/mAluminum800 mm21003000800 mmA. Force supported by the steel members (in Newtons)B. Force supported by the aluminum member (in Newtons)Steel550 mm

Answer For the given Parallel Composite arrangement of members we know that the change in length of…

The rigid beam shown is fixed to the top with the three (3) posts made of Steel and Aluminum. The post has the length as shown when no load is applied to the beam and the initial temperature is 20°C. Consider the material properties below: E (GPa) Steel 200 Aluminum 70 If the final temperature would increase to 60°C, determine the force supported by each post if the bar is subjected to a uniform distributed load as shown. 250 kN/m Material Steel a (μm/m - °C) 11.7 25.5 Aluminum Area (mm) 800 mm 800 mm A. Force supported by the steel members (in Newtons) B. Force supported by the aluminum member (in Newtons) 2100 3000 Steel 550 mm

The rigid beam shown is fixed to the top with the three (3) posts made of Steel and Aluminum. The post has the length as shown when no load is applied to the beam and the initial temperature is 20°C. Consider the material properties below: E (GPa) Steel 200 Aluminum 70 If the final temperature would increase to 60°C, determine the force supported by each post if the bar is subjected to a uniform distributed load as shown. 250 kN/m Material Steel a (μm/m - °C) 11.7 25.5 Aluminum Area (mm) 800 mm 800 mm A. Force supported by the steel members (in Newtons) B. Force supported by the aluminum member (in Newtons) 2100 3000 Steel 550 mm

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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