'Stress concentration factor' diaporamas de présentation

CHAPTER 8

CHAPTER 8. FRAC. TURE. Fracture = separation of body into two or more pieces due to application of static stress. Tensile, Compressive Shear or torsional. The Fundamentals. Lets talk about the tensile loading of materials. DUCTILE. BRITTLE. Modes of fracture.

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Fracture, Toughness, Fatigue, and Creep

Fracture, Toughness, Fatigue, and Creep. Materials Science & Manufacturing PROCESSES. Why Study Failure. In order to know the reasons behind the occurrence of failure so that we can prevent failure of products by improving design in the light of failure reasons. Mechanical Failure.

1.66k views • 30 slides

Experiment 1

Experiment 1. Failure Criteria and stress concentration. Static failure criteria. Ductile material ( ) Max. Shear theory Distortion energy Ductile Coulumb-Mohr 2. Brittle material ( ) Max. normal stress Brittle Coulumb-Mohr and modification. Maximum shear theory.

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Experiment 1

Experiment 1. Failure Criteria and stress concentration. Static failure criteria. Ductile material ( ) Max. Shear theory Distortion energy Ductile Coulumb-Mohr 2. Brittle material ( ) Max. normal stress Brittle Coulumb-Mohr and modification. Maximum shear theory.

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352 views • 20 slides

ENGR 220 Section 4.7

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