Both ends of the rods are initially at the same level. Calculate: a) Area of aluminum...

Transcribed Image Text:

Both ends of the rods are initially at the same level. Calculate: a) Area of aluminum bar so that it will remain leveled after the rigid bar is attached. b) Stress in the steel rod if the weight of the rigid bar is 175.58 kN. c) Stress in the aluminum rod if the weight of the rigid bar is 175.58 kN. 3 m 3 m Steel A = 300 mm E = 200 GPa 5m Aluminum E = 70 GPa 1m Both ends of the rods are initially at the same level. Calculate: a) Area of aluminum bar so that it will remain leveled after the rigid bar is attached. b) Stress in the steel rod if the weight of the rigid bar is 175.58 kN. c) Stress in the aluminum rod if the weight of the rigid bar is 175.58 kN. 3 m 3 m Steel A = 300 mm E = 200 GPa 5m Aluminum E = 70 GPa 1m

Answer rating: 100% (QA)

The image shows a composite bar consisting of a steel rod and an aluminum rod connected to a rigid bar The steel rod has a crosssectional area A of 30... View the full answer