Model Gallery
Model Gallery
Model Gallery
Model Gallery
Model Gallery
Reduction Model:
A single input, single output reduction gear box containing 4 helical gears and a housing model. The housing is modeled with an imported finite element model.
Rear Axle Model:
A typical automotive rear axle containg a hypoid pinion-gear pair and a bevel pinion carrier set driving two half axle shafts. A finite element housing and carrier model are also included in this example.
Coupled Spiral Bevel Model:
A hypoid pinion-gear pair driving a helical carrier stage. A spline connection is utilized in this model to constrain the planetary ring gear from rotation.
Double Helical Planetary Model:
A compound pinion planetary system containing two identical pinion decks of oppossite hand. The simplified rigid carrier option is demonstrated in this model, as well as importing a complex shaft finite element model.
Reduction Model:
A single input, single output reduction gear box containing 4 helical gears and a housing model. The housing is modeled with an imported finite element model.
Rear Axle Model:
A typical automotive rear axle containg a hypoid pinion-gear pair and a bevel pinion carrier set driving two half axle shafts. A finite element housing and carrier model are also included in this example.
Coupled Spiral Bevel Model:
A hypoid pinion-gear pair driving a helical carrier stage. A spline connection is utilized in this model to constrain the planetary ring gear from rotation.
Double Helical Planetary Model:
A compound pinion planetary system containing two identical pinion decks of oppossite hand. The simplified rigid carrier option is demonstrated in this model, as well as importing a complex shaft finite element model.
Reduction Model:
A single input, single output reduction gear box containing 4 helical gears and a housing model. The housing is modeled with an imported finite element model.
Rear Axle Model:
A typical automotive rear axle containg a hypoid pinion-gear pair and a bevel pinion carrier set driving two half axle shafts. A finite element housing and carrier model are also included in this example.
Coupled Spiral Bevel Model:
A hypoid pinion-gear pair driving a helical carrier stage. A spline connection is utilized in this model to constrain the planetary ring gear from rotation.
Double Helical Planetary Model:
A compound pinion planetary system containing two identical pinion decks of oppossite hand. The simplified rigid carrier option is demonstrated in this model, as well as importing a complex shaft finite element model.
Reduction Model:
A single input, single output reduction gear box containing 4 helical gears and a housing model. The housing is modeled with an imported finite element model.
Rear Axle Model:
A typical automotive rear axle containg a hypoid pinion-gear pair and a bevel pinion carrier set driving two half axle shafts. A finite element housing and carrier model are also included in this example.
Coupled Spiral Bevel Model:
A hypoid pinion-gear pair driving a helical carrier stage. A spline connection is utilized in this model to constrain the planetary ring gear from rotation.
Double Helical Planetary Model:
A compound pinion planetary system containing two identical pinion decks of oppossite hand. The simplified rigid carrier option is demonstrated in this model, as well as importing a complex shaft finite element model.
Reduction Model:
A single input, single output reduction gear box containing 4 helical gears and a housing model. The housing is modeled with an imported finite element model.
Rear Axle Model:
A typical automotive rear axle containg a hypoid pinion-gear pair and a bevel pinion carrier set driving two half axle shafts. A finite element housing and carrier model are also included in this example.
Coupled Spiral Bevel Model:
A hypoid pinion-gear pair driving a helical carrier stage. A spline connection is utilized in this model to constrain the planetary ring gear from rotation.
Double Helical Planetary Model:
A compound pinion planetary system containing two identical pinion decks of oppossite hand. The simplified rigid carrier option is demonstrated in this model, as well as importing a complex shaft finite element model.