Mechanical Engineering Exam > Mechanical Engineering Tests > Design of Machine Elements > Test: Fracture Mechanics & Thermal Stresses - Mechanical Engineering MCQ
Test: Fracture Mechanics & Thermal Stresses - Mechanical Engineering MCQ
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10 Questions MCQ Test Design of Machine Elements - Test: Fracture Mechanics & Thermal Stresses
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Test: Fracture Mechanics & Thermal Stresses - Question 1
The critical value at which crack extension occurs is called
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Test: Fracture Mechanics & Thermal Stresses - Question 2
Stress intensity factor is the critical value of stress at which crack extension occurs.
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Test: Fracture Mechanics & Thermal Stresses - Question 3
The critical value at which crack extension occurs is called
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Test: Fracture Mechanics & Thermal Stresses - Question 4
Fracture toughness does not depend upon geometry of the part containing crack
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Test: Fracture Mechanics & Thermal Stresses - Question 5
How many modes are there for crack propagation?
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Test: Fracture Mechanics & Thermal Stresses - Question 6
A curved beam has neutral axis is curved while loaded and straight when unloaded.
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Test: Fracture Mechanics & Thermal Stresses - Question 7
A curved beam with eccentricity 0.02D is loaded with 1kN.Centroidal radius=4D and inner and outer radii are 3.5D and 4.5D respectively. Area of cross section is 0.8D². Find the dimension D if allowable stress is 110N/mm².Considering only bending stress.
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Test: Fracture Mechanics & Thermal Stresses - Question 8
A curved beam with eccentricity 0.02D is loaded with 1kN.Centroidal radius=4D and inner and outer radii are 3.5D and 4.5D respectively. Area of cross section is 0.8D². Find the dimension D if allowable stress is 110N/mm² and considering only direct tensile stress.
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Test: Fracture Mechanics & Thermal Stresses - Question 9
The bending stress in a straight beam varies linearly with the distance from neural axis like that in a curved beam.
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Test: Fracture Mechanics & Thermal Stresses - Question 10
A curved beam with eccentricity 0.02D is loaded with 1kN.Centroidal radius=4D and inner and outer radii are 3.5D and 4.5D respectively. Area of cross section is 0.8D². Find the dimension D if allowable stress is 110N/mm² and considering combined effect of direct stress and bending stress.
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