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Latest GATE 2019 Syllabus and Exam Pattern for Mechanical Engineering. GATE Exam Pattern and previous pattern.
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In the realm of mathematics, the concept of limits serves as a fundamental cornerstone that underpins various calculations,…
Explain Kaplan Turbine Main Characteristics of Kaplan Turbine Viktor Kaplan, an Austrian, developed this turbine in the year…
For Objective Type Questions (Machine Design)- Click Here Power Screw Definition of Power Screw A power screw is…
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In the realm of mathematics, the concept of limits serves as a fundamental cornerstone that underpins various calculations,…
Explain Kaplan Turbine Main Characteristics of Kaplan Turbine Viktor Kaplan, an Austrian, developed this turbine in the year…
For Objective Type Questions (Machine Design)- Click Here Power Screw Definition of Power Screw A power screw is…
What is Gear Ratio? The gear ratio of a gear train is the ratio of the angular velocity…
Classification of Gears Gears may also be classified according to the position of the axis of shaft: 1.…
Stress It is the resistive force per unit area. Stress = (Applied Load, P)/(Cross-sectional area, A) Unit- Newton…
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Latest GATE 2019 Syllabus and Exam Pattern for Mechanical Engineering. GATE Exam Pattern and previous pattern.
In the realm of mathematics, the concept of limits serves as a fundamental cornerstone that underpins various calculations, …
Explain Kaplan Turbine Main Characteristics of Kaplan Turbine Viktor Kaplan, an Austrian, developed this turbine in the year …
For Objective Type Questions (Machine Design)- Click Here Power Screw Definition of Power Screw A power screw is …
What is Gear Ratio?
The gear ratio of a gear train is the ratio of the angular velocity of the input gear to the angular velocity of the output gear, also known as the speed ratio of the gear train
Classification of Gears
Gears may also be classified according to the position of the axis of shaft:
1. Parallel
Spur Gear
Helical Gear
Rack and Pinion
2. Intersecting
Bevel Gear
3. Non-intersecting and Non-parallel
Stress
It is the resistive force per unit area.
Stress = (Applied Load, P)/(Cross-sectional area, A)
Unit- Newton per Sq. meter
Simple and Easy explanation of Linear Programming Problems a technique, we approach towards optimization and come up with a better conclusion or results…