Provides means for preliminary examination through analysis and process evaluation for various challenges.
SYSWELD/VisualAssembly is a welding analysis solution that makes the quality of welding, such as product strength and durability, predictable. It reproduces the physical phenomena caused by welding and heat treatment, such as heat input conditions and material properties, and analyzes and predicts the stresses, strains, and overall deformations that occur in the weld area while considering phase transformations. Additionally, a specialized analysis method focused on predicting welding deformation is available, allowing for the examination of optimal welding processes in the early stages of development with "Visual Assembly." By appropriately selecting analysis methods corresponding to the model, efficient analysis can be performed. 【Features】 ■ Optimal solutions tailored to specific applications ■ User-friendly, excellent GUI, and powerful input/output interface ■ Compatible with ESI's integrated GUI platform, Visual Environment *For more details, please refer to the PDF materials or feel free to contact us.
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**Functions** ■ "SYSWELD" - Fatigue strength evaluation considering the manufacturing process - Analysis of multi-layer welding processes - FSW (Friction Stir Welding) - Additive Manufacturing (3D Printing) ■ "Visual Assembly" - Optimization of welding distortion - Welding distortion analysis considering predictions - Assembly analysis using results from press forming simulations *For more details, please refer to the PDF document or feel free to contact us.*
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For more details, please refer to the PDF document or feel free to contact us.
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ESI Group is a leading company in "virtual prototyping," providing innovative solutions and services focused on "materials physics." We have developed unique solutions that enable the replacement of physical prototypes and experiments with virtual design, manufacturing, assembly, testing, and evaluation. Leveraging today's cutting-edge technology, ESI's virtual prototyping addresses performance evaluation throughout the product lifecycle, from the start of use to the end of life, proposing a broader concept: Product Performance Lifecycle (TM). This is achieved by creating a Hybrid Twin (TM) that utilizes simulation, physics, and data analysis, allowing for smarter product development, maintaining a connection with the actual product, and enabling performance predictions and maintenance timing throughout the product's usage period.