Calculate the maximum shear stress in each segment of rod

Assignment Help Civil Engineering

Reference no: EM13543415

A steel rod to which three disks are attached is shown below. The rod is fixed against rotation at its left end, but free to rotate in a bearing at its right end. Each disk is 300mm in diameter. Calculate the maximum shear stress in each segment of the rod. What is the angle of twist of section A relative to the fixed section E? Also draw a diagram for the angle of twist vs. position, showing the angle of twist for every position in the rod. (G=80Gpa)

Reference no: EM13543415

Questions Cloud

Compare those factors that determine the characteristic : Electromagnetic radiation may be treated from the classical or the quantum mechanical perspectives. Briefly compare these two viewpoints.

What will be the effect of heating the lid and jar : For a rubber component that, in its final form is to be vulcanized, should vulcanization be carried out prior or subsequent to the forming operation? Why?

How to determine span of the subject beam which theoretical : Again assuming d=14in, determine, or at least show exactly how to determine, the portion (length) of span of the subject beam which theoretically would require no shear reinforcement.

Calculate the velocity in the constriction and the flowrate : Water flows through a 75 mm constriction in a horizontal 150 mm pipe. If the pressure in the 150 mm section is 345 kPa and that in the constriction 207 kPa, calculate the velocity in the constriction and the flowrate.

Calculate the maximum shear stress in each segment of rod : A steel rod to which three disks are attached is shown below. The rod is fixed against rotation at its left end, but free to rotate in a bearing at its right end. Each disk is 300mm in diameter.

Compute the horizontal and vertical forces on the curved : The contractor ran out of gunite mixture and finished the deep corner of a 5-m-wide swimming pool, with a quarter circle pipe of PVC pipe, . compute the horizontal and vertical forces on the curved panel AB.

Determine the tensile stress developed in member ab due : Air at 90 psia and 70 degrees F flows through a 4.5 inch diameter welded steel pipe (e = 0.00015) at 60 lb/min. Find the friction head loss and pressure drop in 200 ft of this pipe. Assume the air to be of constant density.

Determine the maximum tensile and compressive bending stress : A rectangular tube has an outside dimensions that are 2in wide and 4in deep and a wall thickness of 0.25in. The tube is acted on by a bending moment of 12,000lb-in. A.)Determine the maximum tensile and compressive bending stresses.

Explain the difference between materials considered to have : Explain the difference between materials considered to have “homogeneous” and “isotropic” material properties. Give examples of materials that are considered isotropic but not homogeneous and others that are considered homogeneous and anisotropic.

User Account

All Pages