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Horizontal Shear Stress

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Problem:

Refer to the image shown:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 1: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 1: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 1: – Diagram

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Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 1: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 1: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 1: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 1: – Diagram

Problem:

Refer to the image shown:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 2: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 2: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 2: – Diagram

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Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 2: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 2: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 2: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 2: – Diagram

Problem:

Refer to the image shown:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 3: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 3: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 3: – Diagram

See images:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 3: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 3: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 3: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 3: – Diagram

Problem:

Refer to the image shown:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 4: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 4: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 4: – Diagram

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Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 4: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 4: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 4: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 4: – Diagram

Problem:

Refer to the image shown:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 5: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 5: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 5: – Diagram

See images:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 5: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 5: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 5: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 5: – Diagram

Problem:

Refer to the image shown:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 6: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 6: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 6: – Diagram

See images:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 6: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 6: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 6: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 6: – Diagram

Problem:

Refer to the image shown:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 7: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 7: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 7: – Diagram

See images:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 7: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 7: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 7: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 7: – Diagram

Problem:

Refer to the image shown:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 8: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 8: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 8: – Diagram

See images:

Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 8: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 8: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 8: – Diagram Horizontal Shear Stress | Mechanics of Deformable Bodies – Problem 8: – Diagram
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Exam Generator Problems

Additional board-style practice items for this topic.

Question Bank: q286

PSAD - Mechanics of Deformable Bodies / Shear Stress / Engr. Janclyde Espinosa (Clidez)

A circular hole is to be punched in a plate that has a shear strength of 40 ksi. The working compressive stress for the punch is 50 ksi.

q286

Compute the maximum thickness of a plate in which a hole 2.5 in. in diameter can be punched.

  1. 0.781in
  2. 0.8in
  3. 0.734in
  4. 0.825in

If the plate is 0.25 in. thick, determine the diameter of the smallest hole that can be punched.

  1. 0.8in
  2. 0.781in
  3. 0.734in
  4. 0.825in

Solution pending in psadquestions/q286.json.

Question Bank: q287

PSAD - Mechanics of Deformable Bodies / Shear Stress / Engr. Janclyde Espinosa (Clidez)

Find the smallest diameter bolt that can be used in the clevis if P=400kN and the working shear stress for the bolt is 300MPa. It

q287

Answer:

  1. 29.13mm
  2. 41.20mm
  3. 58.27mm
  4. 32.63mm

Solution pending in psadquestions/q287.json.

Question Bank: q288

PSAD - Mechanics of Deformable Bodies / Shear Stress / Engr. Janclyde Espinosa (Clidez)

What minimum force (in kN) is required to punch a 25-mm-diameter hole in a plate that is 20mm thick? The shear strength of the plate is 330MPa. Factor of safety = 1.5.

Answer:

  1. 519
  2. 345
  3. 518
  4. 346

Solution pending in psadquestions/q288.json.

Question Bank: q289

PSAD - Mechanics of Deformable Bodies / Shear Stress / Engr. Janclyde Espinosa (Clidez)

When solving the minimum safe diameter of the cross-section given various stress conditions, the following values have been computed: 12.4mm, 13.6mm, 14.2mm, and 15.3mm. What should you use as the minimum safe diameter?

Answer:

  1. 16mm
  2. 15mm
  3. 12mm
  4. 14mm

Solution pending in psadquestions/q289.json.