Arena-flow Now Available on the Altair Partner Alliance
Arena-flow is now available through the Altair Partner Alliance (APA).
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Title Link Category Author Company Application Date
Title Link Category Author Company Application Date
CPFD Software to Present and Exhibit at Metalcasting Congress 2026
CPFD Software is pleased to announce its participation in Metalcasting 2026, taking place April 14-16, 2026, in Grand Rapids, Michigan.
Getting Started with Arena-flow 12.0
Also available on Youtube. About This Webinar Presented by: Thomas Brandt – Manager, Foundry Products and Services This webinar introduces the newest version of Arena-flow, highlighting key new features and…
Sand Filling and Airflow in Jacket Core
This Arena-flow simulation visualizes the sand-core filling process for a Jacket Core using the Shell Module.
Sand Speed, Density, and Pressure Dynamics in Jacket Core
This Arena-flow simulation models a Jacket Core using the Shell Module, focusing on sand velocity, bulk density, cavity pressure, and fill-time behavior during the core blowing process.
Internal Compaction and Flux Analysis in Jacket Core
This Arena-flow simulation provides an internal view of sand compaction and particle movement for a Jacket Core using the Shell Module.
Upcoming Webinar: Getting Started with Arena-flow 12.0
CPFD Software will host a live webinar on Wednesday, October 29, 2025 at 10 a.m. CDT, “Getting Started with Arena-flow 12.0”.
CPFD Releases Arena-flow 12.0
CPFD announces the release of Arena-flow® 12.0 that allows users to initialize a case using sand information from a previous simulation and other usability enhancements.
Fondrémy Optimizes Core Production with Arena-flow Simulation
Fondrémy Inc., in collaboration with LAEMPE REICH, used Arena-flow to improve casting quality and reduce tooling costs for a complex water pump housing.
Three Foundry Case Studies on Simulation Software
Fondrémy Inc., in collaboration with LAEMPE REICH, used Arena-flow to improve casting quality and reduce tooling costs for a complex water pump housing. By simulating sand core shooting and gassing, the team minimized prototyping, accelerated production, and transitioned to a high-yield, vertically poured molding process.