Machine Design-II

About the course

In this subject, we shall learn in details about Spur Gears, Helical Gears, Worm Gears, Sliding and Roller Contact Bearing and Design of IC Engine Parts.

What will you learn?

The complete online syllabus of this course comprises 11 Learning Modules | 168 Topics of Learning | 7.37 Hours of Learning | 40 Assessments

Module

• Design of Belt Drives
• Design of Rope and Chain Drives
• Design of Spur Gears
• Design of Helical Gears
• Design of Bevel Gears
• Design of Worm Gears
• Design of Sliding Contact Bearing
• Design of Rolling Contact Bearing
• Design of Flywheel
• Design of Spring
• Design of Clutches and Brakes

Topics of Learning

• Introduction and Types of Belt Drives
• Types of Belts and Material
• Types of Belt Joints
• Velocity Ratio of Belt Drives
• Slip and Creep of Belt
• Length of Belt of Open Cross Belt Drives
• Driving Tension and Power Transmitted for Flat Belt Drive
• Centrifugal Tension
• Initial Tension in Belts
• Power Rating of Flat Belts
• Design of Flat Belt
• Pulleys and its Type
• Design of Cast Iron Pulley
• V-Belt Drives
• Basic Dimensions and Types of V-Belts
• Driving Tension and Power Transmitted for V-Belt Drive
• Design of V-Belt
• Rope Drive and its Types
• Classification of Wire Rope
• Designation and Standard Values of Wire Rope
• Stress in Wire Rope
• Design of Wire Rope
• Introduction to Chain Drives
• Terminology for Chain Drives
• Geometrical Relationships for Chain Drives
• Roller Chains and its Designation
• Sprocket Construction and its Principal Dimensions
• Polygonal Effect in Chain Drive
• Design of Chain Drives
• Introduction to Gears
• Classification of Gears
• Terminology for Spur
• GearsLaw of Gearing
• Involute Profile of Gear Teeth
• Cycloidal Profile of Gear Teeth
• Comparison “Involute and Cycloidal Teeth Profile”
• Systems of Gear Teeth
• Interference in Involute Teeth
• Remedy of interference
• Backlash
• Forces acting on Spur Gear Tooth
• Beam Strength of Gear Teeth- Lewis Equation
• Types of Gear Tooth Load
• Modes of Gear Failure
• Design of Spur Gears
• Design of Shaft for Spur Gears
• Design of Arm for Spur Gears
• Introduction to Helical Gears
• Types of Helical Gears
• Terminology for Helical Gears
• Forces acting on Helical Gear Tooth
• Beam and Wear Strength of Teeth of Helical Gear
• Design of Helical Gears
• Design of Herringbone Gears
• Introduction to Bevel Gears
• Types of Bevel Gears
• Terminology for Bevel Gears
• Equivalent Number of Teeth
• Pitch Angle for Bevel Gear
• Forces Acting on Bevel Gears
• Design of Shaft for Bevel Gears
• Spiral Bevel Gear
• Introduction to Worm Gears
• Types of Worm and Worm Gears
• Terminology for Worm Gears
• Efficiency of Worm Gearing
• Forces Acting on Worm Gears
• Design of Worm Gearing
• Introduction to Bearing
• Classification of Bearing
• Types of Sliding Contact Bearing (Journal Bearing)
• Properties of Journal Bearing
• Hydrodynamic Journal Bearing
• Uniform Pressure and Uniform Wear Criteria
• Hydrodynamic Lubricated Bearing
• Wedge Film Journal Bearing
• Squeeze Film Journal Bearing
• Lubricant & its Types
• Properties of Lubricants
• Design of Sliding Contact Bearing
• Introduction to Rolling Contact Bearing
• Classification of Rolling Contact Bearing
• Standard Dimensions of Rolling Contact Bearing
• Types of Radial Ball Bearing
• Types of Roller Ball Bearing
• Static Load Rating of Rolling Contact Bearing
• Static Equivalent Load of Rolling Contact Bearing
• Dynamic Load Rating of Rolling Contact Bearing
• Dynamic Equivalent Load of Rolling Contact Bearing
• Dynamic Load Rating of Rolling Contact Bearing under Variable Loading
• Life of Bearing
• Reliability of Bearing
• Selection of Rolling Contact Bearing
• Material for Rolling Contact Bearing
• Lubrication of Ball and Roller Bearing
• Mountings of Bearing
• Advantages and Disadvantages
• Design of Rolling Contact Bearing
• Introduction to Flywheel
• Coefficient of Fluctuation of Speed
• Turning Moment Diagram
• Coefficient of Fluctuation of Energy
• Energy Stored in Flywheel
• Stress in Flywheel Rim
• Stress in Flywheel Arm
• Design of Flywheel Arm
• Design of Flywheel Shaft, Hub and Key
• Introduction to Springs
• Terminology for Helical Spring
• Deflection in Helical Spring of Circular Wire
• Energy Stored in Helical Spring
• Helical Spring Subjected to Fatigue Load
• Eccentric Loading and Buckling of Helical Spring
• Surge in Helical Spring
• Series and Parallel connections of Helical Spring
• Concentric Spring
• Helical Torsion Spring
• Spiral Spring
• Leaf Spring
• Nipping in Leaf Spring
• Introduction and Types of Clutches
• Single Disc Clutch
• Cone Clutch
• Centrifugal Clutch
• Introduction to Brakes
• Types of Brake
• Energy Absorbed by Brake
• Single Block or Shoe Brake
• Pivoted Block or Shoe Brake
• Double Block or Shoe Brake
• Simple Band Brake
• Differential Brake
• Band and Block Brake
• Internal Expanding Brake

For a quick review, please watch our videos here  Online Video-Tutorials For Machine Design