Transmission3D Capabilities
Transmission3D Capabilities
Transmission3D Capabilities
Transmission3D Capabilities
Transmission3D Capabilities

Modeling Capabilities:

  • Helical and Spur Internal and External involute Gears
  • Beveloid Gears
  • Worm and Wheel Gears, ZK Process
  • Hypoids by Face-Milling, Face-Hobbing and Kimos
  • Straight Bevels
  • Detailed Bearings
  • Import Housings and Carriers
  • Create Flexible Shafts

Output/Postproccesing Options:

  • Contact Pressure and Contact Patterns
  • Tooth Bending Stress
  • Transmission Error
  • Fatigue (critical point data, modified Goodman diagrams, damage data)
  • Deflections and Misalignments
  • Root Stress-Strain History Computation
  • Sub-surface Stress
  • Optimization of Profile and Lead Corrections

Modeling Capabilities:

  • Helical and Spur Internal and External involute Gears
  • Beveloid Gears
  • Worm and Wheel Gears, ZK Process
  • Hypoids by Face-Milling, Face-Hobbing and Kimos
  • Straight Bevels
  • Detailed Bearings
  • Import Housings and Carriers
  • Create Flexible Shafts

Output/Postproccesing Options:

  • Contact Pressure and Contact Patterns
  • Tooth Bending Stress
  • Transmission Error
  • Fatigue (critical point data, modified Goodman diagrams, damage data)
  • Deflections and Misalignments
  • Root Stress-Strain History Computation
  • Sub-surface Stress
  • Optimization of Profile and Lead Corrections

Modeling Capabilities:

  • Helical and Spur Internal and External involute Gears
  • Beveloid Gears
  • Worm and Wheel Gears, ZK Process
  • Hypoids by Face-Milling, Face-Hobbing and Kimos
  • Straight Bevels
  • Detailed Bearings
  • Import Housings and Carriers
  • Create Flexible Shafts

Output/Postproccesing Options:

  • Contact Pressure and Contact Patterns
  • Tooth Bending Stress
  • Transmission Error
  • Fatigue (critical point data, modified Goodman diagrams, damage data)
  • Deflections and Misalignments
  • Root Stress-Strain History Computation
  • Sub-surface Stress
  • Optimization of Profile and Lead Corrections

Modeling Capabilities:

  • Helical and Spur Internal and External involute Gears
  • Beveloid Gears
  • Worm and Wheel Gears, ZK Process
  • Hypoids by Face-Milling, Face-Hobbing and Kimos
  • Straight Bevels
  • Detailed Bearings
  • Import Housings and Carriers
  • Create Flexible Shafts

Output/Postproccesing Options:

  • Contact Pressure and Contact Patterns
  • Tooth Bending Stress
  • Transmission Error
  • Fatigue (critical point data, modified Goodman diagrams, damage data)
  • Deflections and Misalignments
  • Root Stress-Strain History Computation
  • Sub-surface Stress
  • Optimization of Profile and Lead Corrections

Modeling Capabilities:

  • Helical and Spur Internal and External involute Gears
  • Beveloid Gears
  • Worm and Wheel Gears, ZK Process
  • Hypoids by Face-Milling, Face-Hobbing and Kimos
  • Straight Bevels
  • Detailed Bearings
  • Import Housings and Carriers
  • Create Flexible Shafts

Output/Postproccesing Options:

  • Contact Pressure and Contact Patterns
  • Tooth Bending Stress
  • Transmission Error
  • Fatigue (critical point data, modified Goodman diagrams, damage data)
  • Deflections and Misalignments
  • Root Stress-Strain History Computation
  • Sub-surface Stress
  • Optimization of Profile and Lead Corrections