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Tension in the tight side of a belt drive is 100n and that in the slack side 60n if the belt breadth is 10 cm and thickness 4 cm what is the maximum stress induced in the belt?
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Tension in the tight side of a belt drive is 100n and that in the slac...
Calculating Maximum Stress in the Belt:
The maximum stress induced in the belt can be calculated using the formula:
Maximum stress (σ) = Tension (T) / Cross-sectional area (A)
Where:
- Tension (T) = Tension in the tight side - Tension in the slack side = 100N - 60N = 40N
- Cross-sectional area (A) = Belt breadth (b) x Belt thickness (t) = 10cm x 4cm = 40cm² = 0.004m²
Calculating Maximum Stress:
- Maximum stress (σ) = 40N / 0.004m² = 10,000 Pa = 10 kPa
Therefore, the maximum stress induced in the belt is 10 kPa. This stress value represents the maximum load-carrying capacity of the belt before it fails.
Explanation:
The tension difference between the tight side and slack side of the belt results in a state of stress within the belt material. This stress is distributed across the cross-sectional area of the belt. By calculating the maximum stress, we can determine the safety margin of the belt and ensure that it can withstand the applied loads without failure.
The belt's cross-sectional area is crucial in determining the maximum stress, as a larger area can distribute the tension more effectively, leading to lower stress values. In this case, the belt's breadth and thickness play a significant role in determining the maximum stress induced.
By calculating and understanding the maximum stress in the belt, engineers can design and select the appropriate belt material to ensure safe and efficient operation in various mechanical power transmission systems.
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Tension in the tight side of a belt drive is 100n and that in the slac...
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Tension in the tight side of a belt drive is 100n and that in the slack side 60n if the belt breadth is 10 cm and thickness 4 cm what is the maximum stress induced in the belt?
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Tension in the tight side of a belt drive is 100n and that in the slack side 60n if the belt breadth is 10 cm and thickness 4 cm what is the maximum stress induced in the belt? for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Question and answers have been prepared according to the Mechanical Engineering exam syllabus. Information about Tension in the tight side of a belt drive is 100n and that in the slack side 60n if the belt breadth is 10 cm and thickness 4 cm what is the maximum stress induced in the belt? covers all topics & solutions for Mechanical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Tension in the tight side of a belt drive is 100n and that in the slack side 60n if the belt breadth is 10 cm and thickness 4 cm what is the maximum stress induced in the belt?.
Tension in the tight side of a belt drive is 100n and that in the slack side 60n if the belt breadth is 10 cm and thickness 4 cm what is the maximum stress induced in the belt? for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Question and answers have been prepared according to the Mechanical Engineering exam syllabus. Information about Tension in the tight side of a belt drive is 100n and that in the slack side 60n if the belt breadth is 10 cm and thickness 4 cm what is the maximum stress induced in the belt? covers all topics & solutions for Mechanical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Tension in the tight side of a belt drive is 100n and that in the slack side 60n if the belt breadth is 10 cm and thickness 4 cm what is the maximum stress induced in the belt?.
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