• Steps

o (Static, Quasi-Static, Implicit Dynamics, Static Perturbation, Buckle, Frequency, Harmonic Response, Modal Dynamic, steady state heat transfer, Transient heat Transfer, Automatic Step Stabilization, Explicit Dynamic)

• Interactions

o (Contact Control, Contact Detection, Contact Initialization, Contact Interference, Contact Properties, General Contact, Surface Based Contact)

• BCs

o (Clamps, Rotation, Velocity, Translation, Fixed Displacement, Accelerations, Hinges)

• Loads

o (Gravity, Forces, Heat Fluxes, Pressures, Torques, Volumetric Heat Sources, Bearing, bolt force & torque)

1- Plastic Injection Molding

Through Moldflow simulation, we optimize plastic part filling, minimize defects, and enhance manufacturability for injection-molded components.

o Complete Fill Prediction: Determines whether the part will fill completely under given processing conditions.

o Weld Line Identification: Locates weld lines and assesses their impact on part strength and aesthetics.

o Air Trap Detection: Identifies potential air traps that could lead to voids or burn marks.

o Optimal Gate Location Analysis: Recommends the best gate positions to ensure balanced filling and minimize defects.

o Multi-Cavity Balance Verification: Checks if all cavities fill uniformly to maintain consistent part quality.

o Injection Pressure Estimation: Calculates the required injection pressure to achieve complete mold filling.

o Material Change Impact Assessment: Evaluates how different materials affect flow behavior, cooling, and final part properties.