Mechanical Engineering-Machine Designing-1
Mechanical Engineering-Machine Designing-1, available at $49.99, has an average rating of 3.6, with 60 lectures, based on 110 reviews, and has 5042 subscribers.
You will learn about Designing & Modeling of Spur, Helical, Bevel & Worm Gears Designing & Modeling of Shafts & Keys Designing of Hand, Foot & Bell Crank Levers Selection of springs Selection of Bearings Learn Design Procedure for a Machine This course is ideal for individuals who are Engineering students looking for a career in Machine Design Industry or Working Engineers who want to make a career in Machine Design Industry or Anyone interested to learn about how to design Components It is particularly useful for Engineering students looking for a career in Machine Design Industry or Working Engineers who want to make a career in Machine Design Industry or Anyone interested to learn about how to design Components.
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Summary
Title: Mechanical Engineering-Machine Designing-1
Price: $49.99
Average Rating: 3.6
Number of Lectures: 60
Number of Published Lectures: 60
Number of Curriculum Items: 60
Number of Published Curriculum Objects: 60
Original Price: ₹5,900
Quality Status: approved
Status: Live
What You Will Learn
- Designing & Modeling of Spur, Helical, Bevel & Worm Gears
- Designing & Modeling of Shafts & Keys
- Designing of Hand, Foot & Bell Crank Levers
- Selection of springs
- Selection of Bearings
- Learn Design Procedure for a Machine
Who Should Attend
- Engineering students looking for a career in Machine Design Industry
- Working Engineers who want to make a career in Machine Design Industry
- Anyone interested to learn about how to design Components
Target Audiences
- Engineering students looking for a career in Machine Design Industry
- Working Engineers who want to make a career in Machine Design Industry
- Anyone interested to learn about how to design Components
If your interested in learning how the machines are designed. Then this course will be the first step toward this motive. This course provides you a clear understanding of how machines are designed. This is the first course in which you will learn the designing & modeling of supportive components.
1. In the first module, you will learn the calculation related to gears like size, No. of teeth. Rpm requirements for gears. This module provides you a deep understanding of gear. This Module is particularly focused on Spur Gear, Helical Gear, Bevel Gear & Worm Gears.
2. In the second module, you will learn shafts designing with the help of different cases. You will learn different formulas related to different shaft situations & about the size determination in shafts.
3. The third module provides you the complete concept behind the working of levers. We will also learn the designing of most commonly used levers like Hand Lever, Foot Lever & Bell Crank Lever.
4. In the fourth module, We will learn the different types of springs, Stresses in Spring & How to determine the size of spring. In this module, we will also discuss different factors for the selection of springs.
5. The fifth module is focused on the selection of most widely used bearings Roller Bearings, their Nomenclature & Size determination.
Course Curriculum
Chapter 1: INTRODUCTION
Lecture 1: Introduction to This Course
Lecture 2: Introduction to Machine Designing
Chapter 2: GEARS DESIGNING
Lecture 1: Gears Introduction
Lecture 2: Types of Gears
Lecture 3: Terms Used in Gears
Lecture 4: Basic Formulas
Lecture 5: Pressure Angle
Lecture 6: Laws Of Gearing-1
Lecture 7: Laws Of Gearing-2
Lecture 8: Types of Forms of Gears Tooth Profile
Lecture 9: Cyclodial Tooth Profile Gear Modeling
Lecture 10: Involute Toorh Profile Gear Modeling
Lecture 11: Designing of Spur Gear-1
Lecture 12: Designing of Spur Gear-2
Lecture 13: Designing of Spur Gear-3
Lecture 14: Designing of Spur Gear-4
Lecture 15: Modeling of Spur Gear-1
Lecture 16: Modeling of Spur Gear-2
Lecture 17: Designing of Helical Gear
Lecture 18: Modeling of Helical Gear
Lecture 19: Designing of Bevel Gear-1
Lecture 20: Designing of Bevel Gear-2
Lecture 21: Modeling of Bevel Gear
Lecture 22: Designing of Worm Gear-1
Lecture 23: Designing of Worm Gear-2
Lecture 24: Modeling of Worm
Lecture 25: Modeling of Worm Gear
Chapter 3: SHAFTS DESIGNING
Lecture 1: Introduction to Shaft Designing
Lecture 2: Types Of Shafts
Lecture 3: Standard Sizes for Shafts
Lecture 4: Types of Stresses in Shafts
Lecture 5: Shaft Designing
Lecture 6: Case 1-Shaft Subjected to Twisting Moment Only
Lecture 7: Case 2-Shaft Subjected to Bending Moment Only
Lecture 8: Case 3-Shaft Subjected to Combined Twisting & Bending Moment-1
Lecture 9: Case 3-Shaft Subjected to Combined Twisting & Bending Moment-2
Lecture 10: Case 4-Shaft Subjected to Fluctuating Load
Lecture 11: Case 5-Shaft Subjected to Axial Load with Combined Moments
Lecture 12: Shaft Designing on the Basis of Torsional Rigidity
Lecture 13: Key Designing
Lecture 14: Fits & Tolerances in Keys
Lecture 15: Shaft Modeling
Chapter 4: LEVER DESIGNING
Lecture 1: Lever-Introduction
Lecture 2: Types of Levers
Lecture 3: Lever Formulas
Lecture 4: Designing of Hand Lever-1
Lecture 5: Designing of Hand Lever-2
Lecture 6: Designing of Foot Lever
Lecture 7: Designing of Bell Cranck Lever
Lecture 8: Modeling of Bell Crank Lever
Chapter 5: SPRING SELECTION
Lecture 1: Spring-Introduction
Lecture 2: Types of Springs
Lecture 3: Materials For Springs
Lecture 4: Terms Used in Springs
Lecture 5: Stresses in Springs
Lecture 6: Spring Size Determination
Lecture 7: Springs in Series & Parallel
Lecture 8: Spring Selection
Chapter 6: BEARING SELECTION
Lecture 1: Bearing-Introduction
Lecture 2: Bearings-Types & Selection
Instructors
-
Harpreet Singh
Design Engineer
Rating Distribution
- 1 stars: 6 votes
- 2 stars: 4 votes
- 3 stars: 33 votes
- 4 stars: 38 votes
- 5 stars: 29 votes
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