Non Linear FEA, Metals and Metal Forming

Non Linear FEA, ambulance Metals and Metal Forming

Utilizing Simufact metal simulation software, viagra dosage Innova has strong capabilities in both bulk forming (hot forging) and cold forming simulation of metals. Virtually every type of metal forming application can be simulated- accurately and quickly.
Our metals database includes full TTT curves, symptoms grain size predication, and micro structure data.

A quick list of metal forming simulation capabilities:

Hot Forging

  • Bulk Forming
  • Upsetting
  • Cogging
  • Forward extrusions
  • Backward extrusion
  • Gear forming
  • Open die

Cold forming

  • Deep drawing
  • Stretch forming
  • Stamping/blanking
  • Multi-stage forming
  • Metal spinning
  • Cold heading
  • Bending
  • Rolling
  • Transverse rolling
  • Ring rolling

Welding/ Mechanical Joining

  • Spot welding
  • Arc welding
  • Line welding
  • Rivets
  • Bolts
  • Clinching
  • Machining simulation

Figure 1.) Multi-axis forging

Figure 1.) Multi-axis forging

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Figure 2.) Hot forging

Figure 2.) Hot forging

Figure 3.) Flow spinning

Figure 4.) Blind River forming

Figure 5.) Extrusion

Figure 6.) Stamping

Figure 7.) Metal spinning

Figure 7.) Drop Hammer Simulation

Figure 8.) Rotary Swaging

Figure 9.) Press simulation

Figure 10.) Cold heading

Figure 10.) Cold heading

Figure 11.) Path welding

Figure 11.) Path welding

Figure 12.) Distortions after welding

Figure 12.) Distortions after welding

Figure 13.) Aluminum T joint Simulation

Figure 13.) Aluminum T joint Simulation

Figure 14.) Adaptive mesh refinement

Figure 14.) Adaptive mesh refinement

Figure 15.) Arc welding simulation

Figure 15.) Arc welding simulation

Figure 16.) Machining- material removal simulation

Figure 16.) Machining- material removal simulation

Figure 17.) Machining- material removal simulation

Figure 17.) Machining- material removal simulation

Figure 18.) Machining- material removal simulation, residual stresses

Figure 18.) Machining- material removal simulation, residual stresses

Figure 19.) Machining- material removal simulation, residual stresses

Figure 19.) Machining- material removal simulation, residual stresses

Figure 19.) Machining- material removal simulation, residual stresses

Figure 20.) Roll bending

Figure 20.) Roll bending

Figure 21.) Drawing

Figure 21.) Drawing

Figure 22.) Deep Drawing

Figure 22.) Deep Drawing