Канал: Let Study with Prof I. D. PAUL

84 Unit IV Types of Flywheel and stresses acting on it

84 Unit IV Types of Flywheel and stresses acting on it

82 Unit IV Silent Chain

82 Unit IV Silent Chain

83 Unit IV Flywheel

83 Unit IV Flywheel

81 Unit IV Sprocket Wheel

81 Unit IV Sprocket Wheel

80 Unit IV Power Rating of Roller Chains

80 Unit IV Power Rating of Roller Chains

79 Unit IV Polygon Effect

79 Unit IV Polygon Effect

77 Unit IV Roller Chain

77 Unit IV Roller Chain

78 Unit IV Geometric Relationship

78 Unit IV Geometric Relationship

76 Unit IV Belt Tensioning method

76 Unit IV Belt Tensioning method

75 Unit IV numerical on VBELT

75 Unit IV numerical on VBELT

74 Unit IV Selection of V belt from manufacturing catalogue

74 Unit IV Selection of V belt from manufacturing catalogue

73 Unit IV numerical on selection of flat belt

73 Unit IV numerical on selection of flat belt

72 Unit IV Selection of flat belt from manufacturing catalogue

72 Unit IV Selection of flat belt from manufacturing catalogue

71 Unit IV numerical on tension and max power

71 Unit IV numerical on tension and max power

70 Unit IV Condition for maximum power

70 Unit IV Condition for maximum power

69 Unit IV Analysis of Belt V Belt

69 Unit IV Analysis of Belt V Belt

68 Unit IV Analysis of Belt Flat Belt

68 Unit IV Analysis of Belt Flat Belt

67 Unit IV Geometric Relationship

67 Unit IV Geometric Relationship

66 Unit IV Flat and V belt

66 Unit IV Flat and V belt

65 Unit III Thermal consideration

65 Unit III Thermal consideration

64 Unit III Numerical on worm gear

64 Unit III Numerical on worm gear

62 Unit III strength rating of Worm gear

62 Unit III strength rating of Worm gear

61 Unit III Selection of Material

61 Unit III Selection of Material

60 Unit III Proportions of Worm gear

60 Unit III Proportions of Worm gear

59 Unit III Friction in Worm gear

59 Unit III Friction in Worm gear

57 Unit III Terminology of Worm gear

57 Unit III Terminology of Worm gear

58 Unit III Force Analysis of Worm gear

58 Unit III Force Analysis of Worm gear

56 Unit III Numerical on Bevel Gear

56 Unit III Numerical on Bevel Gear

55 Unit III Effective load on Bevel Gear

55 Unit III Effective load on Bevel Gear

54 Unit III Wear Strength of Bevel Gear

54 Unit III Wear Strength of Bevel Gear

53 Unit III Beam Strength of Bevel Gear

53 Unit III Beam Strength of Bevel Gear

52 Unit III Force analysis of Bevel Gear

52 Unit III Force analysis of Bevel Gear

51 Unit III Terminology of Bevel Gear

51 Unit III Terminology of Bevel Gear

50 Unit III Types of Bevel Gear

50 Unit III Types of Bevel Gear

49 Unit II numerical on helical gear

49 Unit II numerical on helical gear

38 Unit II Number of teeth and face width

38 Unit II Number of teeth and face width

37 Unit II Selection of materials constructional features

37 Unit II Selection of materials constructional features

36 Unit II Gear Tooth Failures

36 Unit II Gear Tooth Failures

35 Unit II force analysis of spur gear

35 Unit II force analysis of spur gear

34 Unit II Terminology of spur gear

34 Unit II Terminology of spur gear

32 Unit II classifications of gear

32 Unit II classifications of gear

25 Unit I Temperature Rise

25 Unit I Temperature Rise

33 Unit II Laws of gear

33 Unit II Laws of gear

31 Unit II gear drives

31 Unit II gear drives

30 Unit I Comparison of Rolling and sliding contact bearing

30 Unit I Comparison of Rolling and sliding contact bearing

29 Unit I Sintered metal Bearing

29 Unit I Sintered metal Bearing

28 Unit I Lubrication Oil

28 Unit I Lubrication Oil

27 Unit I Bearing Materials

27 Unit I Bearing Materials

26 Unit I Bearing Construction

26 Unit I Bearing Construction

24 Unit I Raimondi and Boyd Method

24 Unit I Raimondi and Boyd Method

23 Unit I Reynold's Equation derivation

23 Unit I Reynold's Equation derivation

22 Unit I Energy Losses in Hydrostatic Bearing

22 Unit I Energy Losses in Hydrostatic Bearing

21 Unit I Hydrostatic step bearing

21 Unit I Hydrostatic step bearing

20 Unit I Viscous flow through rectangular slot

20 Unit I Viscous flow through rectangular slot

19 Unit I effect of temperature on viscosity

19 Unit I effect of temperature on viscosity

18 Unit I Viscosity and its measurement

18 Unit I Viscosity and its measurement

17 Unit I sliding contact bearing Methods of lubrication

17 Unit I sliding contact bearing Methods of lubrication

16 Unit I bearings failure causes and remedies

16 Unit I bearings failure causes and remedies

15 Unit I mountings of rolling contact bearings

15 Unit I mountings of rolling contact bearings

14 Unit I Lubrication of bearing

14 Unit I Lubrication of bearing

13 Unit I numerical on probability other 90%

13 Unit I numerical on probability other 90%

12 Unit I Design for probability of survival other than 90%

12 Unit I Design for probability of survival other than 90%

11 Unit I numerical on cyclic load

11 Unit I numerical on cyclic load

10 Unit I Cyclic loads and speeds

10 Unit I Cyclic loads and speeds

9 Unit I Taper roller bearings and their selection

9 Unit I Taper roller bearings and their selection

8 Unit I selection of bearing from manufacturer’s catalogue

8 Unit I selection of bearing from manufacturer’s catalogue

6 Unit I Selection of Bearing life

6 Unit I Selection of Bearing life

7 Unit I Load factor

7 Unit I Load factor

5 Unit I Load and life relationship

5 Unit I Load and life relationship

4 Unit I Equivalent Load

4 Unit I Equivalent Load

3 Unit I Stribeck's equation

3 Unit I Stribeck's equation

2 Unit I Static and dynamic load carrying capacities

2 Unit I Static and dynamic load carrying capacities

1 Unit I Types of rolling contact bearing

1 Unit I Types of rolling contact bearing

91 Unit VI Numerical 2

91 Unit VI Numerical 2

90 Unit VI Numerical 1

90 Unit VI Numerical 1

89 Unit VI NIPPING OF LEAF SPRING

89 Unit VI NIPPING OF LEAF SPRING

88 Unit VI SHOT PEENING

88 Unit VI SHOT PEENING

87 Unit VI Spring Leaf Spring

87 Unit VI Spring Leaf Spring

86 Unit VI Spring Design of Helical Spring

86 Unit VI Spring Design of Helical Spring

85 Unit VI Spring End connections for Tension helical springs

85 Unit VI Spring End connections for Tension helical springs

84 Unit VI Spring End connections for compression helical springs

84 Unit VI Spring End connections for compression helical springs

83 Unit VI Spring DEFLECTION OF HELICAL SPRINGS OF CIRCULAR WIRE

83 Unit VI Spring DEFLECTION OF HELICAL SPRINGS OF CIRCULAR WIRE

82 Unit VI Spring wahls factor

82 Unit VI Spring wahls factor

81 Unit VI Spring Stresses in Helical Spring of circular wire

81 Unit VI Spring Stresses in Helical Spring of circular wire

80 Unit VI Spring Terms used in spring

80 Unit VI Spring Terms used in spring

79 Unit V Welding WELDED JOINT SUBJECTED TO BENDING MOMENT

79 Unit V Welding WELDED JOINT SUBJECTED TO BENDING MOMENT

78 Unit V Welding Stress in weld joint

78 Unit V Welding Stress in weld joint

77 Unit V Welding Types of Weld joints

77 Unit V Welding Types of Weld joints

76 Unit V Recirculating Ball screw

76 Unit V Recirculating Ball screw

75 Unit V Differntial and Compund screw

75 Unit V Differntial and Compund screw

74 Unit V Numerical on power screw 2

74 Unit V Numerical on power screw 2

73 Unit V Numerical on power screw 1

73 Unit V Numerical on power screw 1

72 Unit V Design of Screw and Nut

72 Unit V Design of Screw and Nut

71 Unit V Overall Efficiency

71 Unit V Overall Efficiency

70 Unit V Collar Friction Torque

70 Unit V Collar Friction Torque

69 Unit V TRAPEZOIDAL AND ACME THREADS

69 Unit V TRAPEZOIDAL AND ACME THREADS

68 Unit V efficiency of self locking screw

68 Unit V efficiency of self locking screw

67 Unit V efficiency of square threaded screw

67 Unit V efficiency of square threaded screw

66 Unit V Torque Requirement Selflocking Screw

66 Unit V Torque Requirement Selflocking Screw

65 Unit V Torque Requirement Lowering Load

65 Unit V Torque Requirement Lowering Load

64 Unit V Torque Requirement Lifting Load

64 Unit V Torque Requirement Lifting Load

63 Unit V Terminology of Power screw

63 Unit V Terminology of Power screw

62 Unit V Power screw form threads

62 Unit V Power screw form threads

61 Unit V Numerical 2

61 Unit V Numerical 2

60 Unit V Numerical

60 Unit V Numerical

59 Unit V eccentric loaded bolt joint in circular path

59 Unit V eccentric loaded bolt joint in circular path

58 Unit V eccentric loaded bolt joint in shear

58 Unit V eccentric loaded bolt joint in shear

57 Unit V Torque Requirement for Bolt Tightening

57 Unit V Torque Requirement for Bolt Tightening

56 Unit V Stresses due to External Forces

56 Unit V Stresses due to External Forces

55 Unit V Initial Stresses due to screwing up forces

55 Unit V Initial Stresses due to screwing up forces

54 Unit V Bolts of Uniform strength

54 Unit V Bolts of Uniform strength

53 Unit V Basic Types of Screw Fasteners

53 Unit V Basic Types of Screw Fasteners

52 Unit V Different Forms of Thread

52 Unit V Different Forms of Thread

51 Unit V Terms used in Screw Threads

51 Unit V Terms used in Screw Threads

50 Unit IV Numerical on Flexible Coupling

50 Unit IV Numerical on Flexible Coupling

49 Unit IV Flexible Coupling

49 Unit IV Flexible Coupling

48 Unit IV Numerical on Flange Coupling

48 Unit IV Numerical on Flange Coupling

47 Unit IV Flange Coupling

47 Unit IV Flange Coupling

46 Unit IV Muff or Sleeve Coupling

46 Unit IV Muff or Sleeve Coupling

45 Unit IV Coupling

45 Unit IV Coupling

44 Unit IV Keys

44 Unit IV Keys

43 Unit IV numerical 1

43 Unit IV numerical 1

42 Unit IV numerical

42 Unit IV numerical

41 Unit IV spline shaft

41 Unit IV spline shaft

40 Unit IV Design of shaft

40 Unit IV Design of shaft

39 Unit III numerical

39 Unit III numerical

38 Unit III numerical1

38 Unit III numerical1

37 Unit III fatigue design under combined stress

37 Unit III fatigue design under combined stress

34 Unit III design for finite life and finite life under reversed stress

34 Unit III design for finite life and finite life under reversed stress

36 Unit III Soderberg ad Goodman Diagrams

36 Unit III Soderberg ad Goodman Diagrams

35 Unit III cumulative damage in fatigue

35 Unit III cumulative damage in fatigue

33 Unit III Endurance Limit Approximate estimation

33 Unit III Endurance Limit Approximate estimation

32 Unit III Notch Sensitivity

32 Unit III Notch Sensitivity

31 Unit III Endurance Limit

31 Unit III Endurance Limit

30 Unit III Fatigue Failure

30 Unit III Fatigue Failure

29 Unit III Fluctuating Stress

29 Unit III Fluctuating Stress

28 Unit III Stress Concentration Factor

28 Unit III Stress Concentration Factor

27 Unit III Stress Concentration

27 Unit III Stress Concentration

26 Unit II Numerical on Cotter Joint

26 Unit II Numerical on Cotter Joint

25 Unit II Cotter Joint

25 Unit II Cotter Joint

24 Unit II Numerical on Knuckle Joint

24 Unit II Numerical on Knuckle Joint

23 Unit II Knuckle Joint

23 Unit II Knuckle Joint

22 Unit II Direct Loading and combined Loading

22 Unit II Direct Loading and combined Loading

21 Unit II Direct Loading and combined Loading

21 Unit II Direct Loading and combined Loading

20 Unit II Comparison of failure theories

20 Unit II Comparison of failure theories

20 Unit II Numerical on Theories of failure III

20 Unit II Numerical on Theories of failure III

19 Unit II Numerical on Theories of failure

19 Unit II Numerical on Theories of failure

18 Unit II Numerical on Theories of failure I

18 Unit II Numerical on Theories of failure I

17 Unit II Theories of failure maximum distortion energy Theory

17 Unit II Theories of failure maximum distortion energy Theory

16 Unit II Theories of failure maximum Strain energy Theory

16 Unit II Theories of failure maximum Strain energy Theory

15 Unit II Theories of failure maximum Strain Theory

15 Unit II Theories of failure maximum Strain Theory

14 Unit II Theories of failure maximum shear Stress Theory

14 Unit II Theories of failure maximum shear Stress Theory

13 Unit II Theories of failure maximum Principal Stress Theory

13 Unit II Theories of failure maximum Principal Stress Theory

12 Unit I Ergonomics Consideration in Design

12 Unit I Ergonomics Consideration in Design

11 Unit I Asthetic Design

11 Unit I Asthetic Design

10 Unit I use of Design Data Book

10 Unit I use of Design Data Book

9 Unit I Introduction of ISO 9000

9 Unit I Introduction of ISO 9000

8 Unit I Preferred Series Numerical

8 Unit I Preferred Series Numerical

7 Unit I Preferred Series

7 Unit I Preferred Series

6 Unit I Use of Standardization

6 Unit I Use of Standardization

5 Unit I creativity in Design

5 Unit I creativity in Design

4 Unit I Phases in design

4 Unit I Phases in design

3 Unit I Design Consideration

3 Unit I Design Consideration

2 Unit I General industrial design procedure

2 Unit I General industrial design procedure

1 Unit I Traditional Design Methods

1 Unit I Traditional Design Methods

48.Unit-II-Design of Helical Gear (Beam and Wear Strength, Effective and Dynamic Load)

48.Unit-II-Design of Helical Gear (Beam and Wear Strength, Effective and Dynamic Load)

47.Unit-II-force analysis of helical gear

47.Unit-II-force analysis of helical gear

longitudinal Vibration of bar

longitudinal Vibration of bar

Vibration of string continuous system

Vibration of string continuous system

46.Unit-II-Virtual number of teeth on helical gear

46.Unit-II-Virtual number of teeth on helical gear

45.Unit-II-Terminology of helical gear

45.Unit-II-Terminology of helical gear

41.Unit-II-Estimation of Module using Beam and wear Strength

41.Unit-II-Estimation of Module using Beam and wear Strength

42.Unit-II-Wear Strength of Spur gear

42.Unit-II-Wear Strength of Spur gear

43.Unit-II-numerical on spur gear

43.Unit-II-numerical on spur gear

44.Unit-II-numerical on spur gear

44.Unit-II-numerical on spur gear

40.Unit-II-effective load on gear

40.Unit-II-effective load on gear

Google form for MCQ question

Google form for MCQ question

39.Unit-II-beam strength of spur gear

39.Unit-II-beam strength of spur gear