A plastic processing analysis software that visualizes metal deformation. It supports the optimization of forming processes such as forging, rolling, and cutting.
DEFORM is simulation software designed for high-precision analysis of deformation, stress, and temperature distribution in metal plastic processing. It supports a wide range of plastic processing processes such as forging, rolling, cutting, sintering, and joining, and achieves prototype reduction, process optimization, and quality improvement by numerically reproducing actual processing phenomena. ■ Main Features and Characteristics - High-precision process simulation for analyzing deformation, stress, and temperature distribution in metal plastic processing - Support for various plastic processing methods including forging, rolling, cutting, and extrusion - Visualization of load, friction, and stress concentration on molds to assist in extending mold life - Stabilization of quality through optimization of processing conditions, lubrication states, and temperature parameters - High-precision mesh generation and remeshing capabilities that accommodate complex shapes and multi-stage processes - Realistic deformation behavior reproduction through material models that consider temperature dependence - Equipped with a verified database that can be linked with experimental and manufacturing data - An analytical environment that supports a wide range of process design and optimization from research and development to production technology.
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- CERVO Grasta Type-ALIS35WC-W7 Workstation A specially designed model for DEFORM that can handle complex plastic processing, forging, rolling, and cutting analysis with high precision and in a short time. The combination of Xeon W7-3545 processor, 256GB ECC DDR5 memory, and RTX 2000 Ada GPU maximizes computational efficiency for large-scale FEM analysis and temperature coupling calculations, significantly reducing analysis time compared to conventional methods. - CERVO Grasta Type-ALIS34WC-W9 Workstation A high-performance model for DEFORM that can execute deformation, stress, and temperature distribution analysis in metal plastic processing at overwhelming processing speeds. Equipped with a Xeon W9-3475X processor, 512GB ECC DDR5 memory, and RTX 2000 Ada GPU, it processes large-scale three-dimensional FEM analysis and thermal coupling simulations with high precision and stability. Compared to conventional configurations, it greatly reduces computation time in large-scale forging and multi-stage process analysis. It strongly supports the efficiency of plastic processing CAE from research and development to production technology.
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DEFORM is a simulation software specialized in optimizing metal plastic processing processes. It accurately reproduces material deformation behavior, stress distribution, and temperature changes, contributing to the stabilization of product quality and the extension of mold life. It has a proven track record in a wide range of metal processing fields, including automotive parts, industrial machinery, forging, rolling, and cutting, and is utilized for condition optimization and visualization of defect causes during the process design stage. Additionally, with high-speed calculations using multi-core CPUs and GPUs, as well as a large memory environment, it can execute analyses of complex three-dimensional models and multi-stage forming processes in a short time. It is a next-generation digital plastic processing CAE tool that achieves a reduction in the number of prototypes, a decrease in production costs, and a shortening of development lead times.
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Company information
Applied Corporation is a computer manufacturing company based in Hakata-ku, Fukuoka City, Fukuoka Prefecture, with 65 locations nationwide. We provide the latest business proposals, from cutting-edge computers to the implementation of DX and solutions, for corporate clients across the country.