I will run your a356 lpdc casting simulation

Find casting defects on screen before they become scrap on the floor.

I run production-grade LPDC aluminium casting simulations for wheels and structural parts (A356 / Al-Si-Mg). Send me your part and I'll show you exactly where it will have problems and how to fix the process.

What I predict

• Shrinkage & gas porosity (the #1 cause of leakers and scrap)
• Hot-tear / crack risk (RDG criterion)
• Distortion & residual stress vs your machining stock
• Strength & ductility (as-cast and T6), mapped across the part
• ️ Mold filling & solidification cold-shut / misrun / air entrapment

With the Premium package I also run a 27-recipe Design of Experiments and hand you the best, production-feasible process recipe (charge, mold temperature, cooling) not just analysis, but the answer.

Why trust it: the physics is benchmarked against peer-reviewed, plant-validated LPDC research and checked for mesh convergence. You get clear 3D maps, tables, and actionable settings engineering you can defend.

Great for: aluminium foundries, wheel makers, die-casters, and OEM suppliers who want to cut trial-and-error die tuning, reduce scrap, or get a fast second opinion on why a part is leaking, cracking, or warpi