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   Design of Belt Drives PDF
Formulas : 106
Size : 887 kb
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Contents of the Design of Belt Drives PDF

List of 106 Design of Belt Drives Formulas

Actual Power Transmitted given Power Transmitted by Flat for Design Purpose
​Go
Angle of Wrap given Belt Tension in Tight Side
​Go
Angle of Wrap of V-Belt given Belt Tension in Loose Side of Belt
​Go
Belt Length for Cross Belt Drive
​Go
Belt Tension in Loose Side of Belt given Initial Tension in Belt
​Go
Belt Tension in Loose Side of Belt given Tension in Tight Side
​Go
Belt Tension in Loose Side of V-Belt
​Go
Belt Tension in Loose Side of V-Belt given Power Transmitted
​Go
Belt Tension in Tight Side
​Go
Belt Tension in Tight Side of Belt given Initial Tension in Belt
​Go
Belt Tension in Tight Side of Belt given Power Transmitted using V-Belt
​Go
Belt Tension in Tight Side of Belt given Tension due to Centrifugal Force
​Go
Belt Tension in Tight Side of V-Belt
​Go
Belt Velocity given Power Transmitted using V-Belt
​Go
Belt Velocity given Tension in Belt Due to Centrifugal Force
​Go
Belt Velocity of V-Belt given Belt Tension in Loose Side
​Go
Bending Moment on Arm of Belt Driven Pulley
​Go
Bending Moment on Arm of Belt Driven Pulley given Bending Stress in Arm
​Go
Bending Moment on Arm of Belt Driven Pulley given Torque Transmitted by Pulley
​Go
Bending Stress in Arm of Belt Driven Pulley
​Go
Bending Stress in Arm of Belt Driven Pulley given Torque Transmitted by Pulley
​Go
Center Distance from Small Pulley to Big Pulley given Wrap Angle of Big Pulley
​Go
Center Distance from Small Pulley to Big Pulley given Wrap Angle of Small Pulley
​Go
Center Distance given Wrap Angle for Small Pulley of Cross Belt Drive
​Go
Coefficient of Friction in between Surfaces given Belt Tension in Tight Side
​Go
Coefficient of Friction in V-Belt given Belt Tension in Loose Side of Belt
​Go
Correcting Factor for Belt Length given Number of Belts Required
​Go
Correction Factor for Arc of Contact given Number of Belts Required
​Go
Correction Factor for Industrial Service given Design Power
​Go
Correction Factor for Industrial Services given Number of Belts Required
​Go
Datum Length of Synchronous Belt
​Go
Design Power for V Belt
​Go
Diameter of Big Pulley given Wrap Angle for Big Pulley
​Go
Diameter of Big Pulley given Wrap Angle for Small Pulley of Cross Belt Drive
​Go
Diameter of Big Pulley given Wrap Angle of Small Pulley
​Go
Diameter of Small Pulley given Wrap Angle for Small Pulley of Cross Belt Drive
​Go
Diameter of Small Pulley given Wrap Angle of Big Pulley
​Go
Diameter of Small Pulley given Wrap Angle of Small Pulley
​Go
Distance from Belt Pitch Line to Pulley Tip Circle Radius
​Go
Drive Power to be Transmitted given Number of Belts Required
​Go
Effective Pull in V-Belt
​Go
Initial Tension in Belt Drive
​Go
Initial Tension in Belt given Velocity of Belt for Maximum Power Transmission
​Go
Length of Belt
​Go
Load Correction Factor given Power Transmitted by Flat Belt for Design Purpose
​Go
Major Axis of Elliptical Cross-Section of Pulley's Arm given Moment of Inertia of Arm
​Go
Mass of One Meter Length of Belt given Maximum Permissible Tensile Stress of Belt
​Go
Mass of One Meter Length of Belt given Tension in Belt Due to Centrifugal Force
​Go
Mass of One Meter Length of Belt given Velocity for Maximum Power Transmission
​Go
Mass of One Meter Length of V-Belt given Belt Tension in Loose Side
​Go
Mass per unit length of belt
​Go
Maximum Belt Tension
​Go
Maximum Belt Tension given Tension Due to Centrifugal Force
​Go
Maximum Permissible Tensile Stress of Belt Material
​Go
Minor Axis of Elliptical Cross-Section of Arm given Moment of Inertia of Arm
​Go
Minor Axis of Elliptical Cross-Section of Pulley's Arm given Bending Stress in Arm
​Go
Minor Axis of Elliptical Cross-Section of Pulley's Arm given Moment of Inertia of Arm
​Go
Minor Axis of Elliptical Cross-Section of Pulley's Arm given Torque and Bending Stress
​Go
Moment of Inertia of Pulley's Arm
​Go
Moment of Inertia of Pulley's Arm given Bending Stress in Arm
​Go
Moment of Inertia of Pulley's Arm given Minor Axis of Elliptical Section Arm
​Go
Number of Arms of Pulley given Bending Moment on Arm
​Go
Number of Arms of Pulley given Bending Stress in Arm
​Go
Number of Arms of Pulley given Torque Transmitted by Pulley
​Go
Number of Teeth in Belt given Datum Length of Synchronous Belt
​Go
Number of Teeth in Larger Pulley given Transmission Ratio of Synchronous Belt Drive
​Go
Number of Teeth in Smaller Pulley given Transmission Ratio of Synchronous Belt Drive
​Go
Number of V Belts Required for Given Applications
​Go
Optimum Velocity of Belt for Maximum Power Transmission
​Go
Pitch diameter of big pulley of V Belt drive
​Go
Pitch Diameter of Larger Pulley given Transmission Ratio of Synchronous Belt Drive
​Go
Pitch diameter of smaller pulley given pitch diameter of big pulley
​Go
Pitch Diameter of Smaller Pulley given Transmission Ratio of Synchronous Belt Drive
​Go
Pitch given Datum Length of Synchronous Belt
​Go
Power Rating of Single V-Belt given Number of Belts Required
​Go
Power Transmitted by Flat Belt for Design Purpose
​Go
Power Transmitted by Synchronous Belt
​Go
Power Transmitted using V Belt
​Go
Pulley Outside Diameter given Distance between Belt Pitch Line and Pulley Tip Circle Radius
​Go
Pulley Pitch Diameter given Distance between Belt Pitch Line and Pulley Tip Circle Radius
​Go
Radius of Rim of Pulley given Bending Moment Acting on Arm
​Go
Radius of Rim of Pulley given Torque Transmitted by Pulley
​Go
Service Correction Factor given Power transmitted by Synchronous Belt
​Go
Speed of bigger pulley given speed of smaller pulley
​Go
Speed of Larger Pulley given Transmission Ratio of Synchronous Belt Drive
​Go
Speed of smaller pulley given pitch diameter of both pulleys
​Go
Speed of Smaller Pulley given Transmission Ratio of Synchronous Belt Drive
​Go
Standard Capacity of selected Belt given Power transmitted by Synchronous Belt
​Go
Tangential Force at End of Each Arm of Pulley given Bending Moment on Arm
​Go
Tangential Force at End of Each Arm of Pulley given Torque Transmitted by Pulley
​Go
Tension in Belt Due to Centrifugal Force
​Go
Tension in Belt Due to Centrifugal Force given Permissible Tensile Stress of Belt Material
​Go
Thickness of Belt given Maximum Belt Tension
​Go
Torque Transmitted by Pulley
​Go
Torque Transmitted by Pulley given Bending Moment on Arm
​Go
Torque Transmitted by Pulley given Bending Stress in Arm
​Go
Transmission Ratio of Synchronous Belt Drive given no. of Teeth in Smaller and Larger Pulley
​Go
Transmission Ratio of Synchronous Belt drive given Pitch Diameter of Smaller and Larger Pulley
​Go
Transmission Ratio of Synchronous Belt Drive given Speed of Smaller and Larger Pulley
​Go
Transmitted Power given Design Power
​Go
Velocity of Belt for Maximum Power Transmission given Maximum Permissible Tensile Stress
​Go
Velocity of Belt given Tension of Belt in Tight Side
​Go
Width of Belt given Maximum Belt Tension
​Go
Wrap Angle for Big Pulley
​Go
Wrap Angle for Small Pulley
​Go
Wrap Angle for Small Pulley of Cross Belt Drive
​Go

Variables used in Design of Belt Drives PDF

  1. a Minor Axis of Pulley Arm (Millimeter)
  2. ap Belt Pitch Line and Pulley Tip Circle Radius Width (Millimeter)
  3. b Belt Width (Millimeter)
  4. ba Major Axis of Pulley Arm (Millimeter)
  5. C Centre Distance between Pulleys (Millimeter)
  6. Cs Service Correction Factor
  7. d Diameter of Small Pulley (Millimeter)
  8. D Diameter of Big Pulley (Millimeter)
  9. do Pulley Outside Diameter (Millimeter)
  10. d' Pulley Pitch Diameter (Millimeter)
  11. d'1 Pitch Diameter of Smaller Pulley (Millimeter)
  12. d'2 Pitch Diameter of Larger Pulley (Millimeter)
  13. Fa Load Correction Factor
  14. Far Correction Factor for Industrial Service
  15. Fcr Correction Factor for Belt Length
  16. Fdr Correction Factor for Arc of Contact
  17. i Transmission Ratio of Belt Drive
  18. I Area Moment of Inertia of Arms (Millimeter⁴)
  19. l Datum Length of Belt (Millimeter)
  20. L Belt Length (Millimeter)
  21. m Mass of Meter Length of Belt (Kilogram per Meter)
  22. m' Mass of One Meter Length (Kilogram per Meter)
  23. Mb Bending Moment in Pulley's Arm (Newton Millimeter)
  24. Mt Torque Transmitted by Pulley (Newton Millimeter)
  25. mv Mass of Meter Length of V Belt (Kilogram per Meter)
  26. N Number of Belts
  27. n1 Speed of Smaller Pulley (Revolution per Minute)
  28. n2 Speed of Larger Pulley (Revolution per Minute)
  29. Npu Number of Arms in Pulley
  30. P Tangential Force at End of Each Pulley Arm (Newton)
  31. P1 Belt Tension on Tight Side (Newton)
  32. P2 Belt Tension on Loose Side (Newton)
  33. Pc Circular Pitch for Synchronous Belt (Millimeter)
  34. Pd Design Power of Belt Drive (Kilowatt)
  35. Pe Effective Pull in V Belt (Newton)
  36. Pi Initial Tension in Belt (Newton)
  37. Pmax Maximum Tension in Belt (Newton)
  38. Pr Power Rating of Single V-Belt (Kilowatt)
  39. Ps Standard Capacity of Belt (Kilowatt)
  40. Pt Power Transmitted by Belt (Kilowatt)
  41. R Radius of Rim of Pulley (Millimeter)
  42. t Belt Thickness (Millimeter)
  43. T1 Number of Teeth on Smaller Pulley
  44. T2 Number of Teeth on Larger Pulley
  45. Tb Belt Tension due to Centrifugal Force (Newton)
  46. vb Belt Velocity (Meter per Second)
  47. vo Optimum Velocity of Belt (Meter per Second)
  48. v'o Optimum Belt Velocity (Meter per Second)
  49. z Number of Teeth on Belt
  50. α Wrap Angle on Pulley (Degree)
  51. αa Wrap Angle for Cross Belt Drive (Degree)
  52. αb Wrap Angle on Big Pulley (Degree)
  53. αs Wrap Angle on Small Pulley (Degree)
  54. θ V Belt Angle (Degree)
  55. μ Coefficient of Friction for Belt Drive
  56. σ Tensile Stress in Belt (Newton per Square Millimeter)
  57. σb Bending stress in pulley's arm (Newton per Square Millimeter)

Constants, Functions and Measurements used in Design of Belt Drives PDF

  1. Constant: pi, 3.14159265358979323846264338327950288
    Archimedes' constant
  2. Constant: e, 2.71828182845904523536028747135266249
    Napier's constant
  3. Function: asin, asin(Number)
    The inverse sine function, is a trigonometric function that takes a ratio of two sides of a right triangle and outputs the angle opposite the side with the given ratio.
  4. Function: ln, ln(Number)
    The natural logarithm, also known as the logarithm to the base e, is the inverse function of the natural exponential function.
  5. Function: sin, sin(Angle)
    Sine is a trigonometric function that describes the ratio of the length of the opposite side of a right triangle to the length of the hypotenuse.
  6. Function: sqrt, sqrt(Number)
    A square root function is a function that takes a non-negative number as an input and returns the square root of the given input number.
  7. Measurement: Length in Millimeter (mm)
    Length Unit Conversion
  8. Measurement: Pressure in Newton per Square Millimeter (N/mm²)
    Pressure Unit Conversion
  9. Measurement: Speed in Meter per Second (m/s)
    Speed Unit Conversion
  10. Measurement: Power in Kilowatt (kW)
    Power Unit Conversion
  11. Measurement: Force in Newton (N)
    Force Unit Conversion
  12. Measurement: Angle in Degree (°)
    Angle Unit Conversion
  13. Measurement: Angular Velocity in Revolution per Minute (rev/min)
    Angular Velocity Unit Conversion
  14. Measurement: Torque in Newton Millimeter (N*mm)
    Torque Unit Conversion
  15. Measurement: Second Moment of Area in Millimeter⁴ (mm⁴)
    Second Moment of Area Unit Conversion
  16. Measurement: Linear Mass Density in Kilogram per Meter (kg/m)
    Linear Mass Density Unit Conversion
  17. Measurement: Stress in Newton per Square Millimeter (N/mm²)
    Stress Unit Conversion
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Free Design of Belt Drives PDF

Get Free Design of Belt Drives PDF for Download today. Examples are included after each Formula with a link to a live Calculator! All the Formulas and Calculators support Unit Conversion as well. This PDF features 106 calculators from Mechanical. Inside, you'll discover a list of formulas such as Torque Transmitted by Pulley, Tangential Force at End of Each Arm of Pulley given Torque Transmitted by Pulley and 106 more formulas!. The Variables, Functions and Constants are summarized at the end. Explore and share Design of Belt Drives PDFs!

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