Integrated Forming Simulation Systemfor Virtual Tool
Shop
Convenient, Accurate, and Robust
JSTAMP/NV is an
integrated forming simulation system for virtual tool shop based on IT
environment.
- JSTAMP/NV was firstly programmed for
automobile die-tool engineers by JRI Solutions, Limited in 1996.
As
an integrated forming simulation system for virtual tool shop the JSTAMP/NV meets the various industrial needs
from the engineers of automobile, electronics, iron and steel, etc. The JSTAMP/NV gives convenience to engineers,
reliability to products,and robustness to tool shop via the advanced
technology of the JRI Solutions Limited.
- JSTAMP/NV is widely used in many
companies, mainly automobile companies and their suppliers, electronics,
and steel/iron companies in Japan. The JSTAMP/NV will be the long-term solution of forming simulation software to
companies who want to get reliability and efficiency through CAE
technology as in Japan.
- JSTAMP/NV includes various robust
solvers, LS-DYNA, JOH/NIKE, and HYSTAMP,
which are being renewed
progressively.
Robust CAD Interfaces High-quality Mesh Generator
Enhanced CAD interface and automatic CAD data healing function
- Direct readers for CATIA V4/V5 and IGES
- Automatic CAD data healing
- Stitching tolerant edges
- Correction of self-intersecting surfaces
- Cleanup of tolerant edges
- Elimination of duplicated faces
- Elimination of unused surface patches
- Alignment of front-back face direction
- Correction of degenerated curves
- Elimination of small-width faces
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Correction of Self-intersecting Surfaces
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Intuitive Mesh Modification
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Geometric Errors of
Mesh Generation
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Convenient Management of Multi-Stage Process Intuitive Analysis
Condition Setting
- Management of Virtual Try-outs through Project Management Panel
- Definition of Multi-stage Process
- Parameters Input through Forming Stage Flow Panel
- Navigation and Verification of Assigned Modeling
- Consecutive Bundle or Selective Independent Executions
- Customized Process Template for Analysis Automation
Forming Stage Flow Panel
Project Management Panel
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- Central Management of Virtual Try-Outs
- Convenient Check of Design Alternatives
- Efficient Storage Usages
- Reduction of Repetition Jobs
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Advanced Springback Analysis and Evaluation High Accuracy in
Trim/Blank Line Prediction
Formability Evaluation
Crack
Prediction
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- Thinning
- Forming Limit Curve
- Forming Limit Stress Curve
(Courtesy of KIKUCHI Co., Ltd.)
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Wrinkle Prediction
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- Fine Animation
- Wrinkle Contour
(Courtesy of KIKUCHI Co., Ltd.)
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Blank Line Prediction
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- High Accuracy Considering Neutral Surface Movement
- Speedy Solution in Minutes
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Trim Line Prediction
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- Considering Neutral Surface Movement
- Little Geometrical Errors
- Speedy Solution with High Accuracy
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Springback Analysis and Evaluation
Geometry Evaluation
Function
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- Uniform 3-D Springback Measurement
regardless of
Constraint Conditions
- Various Kinds of Fitting Features;
Best Fit, 3 Point Fit,
Axis Match, etc.
- Direct Measurement and Calculation of
Sectional Angle,
Normal Difference,
Radius, etc.
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High Accuracy
Yoshida-Uemori Model
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- 7 Parameters Material Model
- Considering Elastic Modulus Change
- Considering Bauschinger Effect
- Appropriate to High Strength Steel
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Tube Hydroforming Analysis and Evaluation
Thinning Distribution
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Customized Pre-bending
Table
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- Speedy Solutions for Pre-bending Process
No FE Mesh for
Tools and Tube
Customized Pre-bending Table
Automatic
Tooling and Calculation
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- Pre-bending / Pre-forming / Hydroforming
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Feature
Various Formability Evaluation
- Crack & Wrinkle Prediction
- Thickness
- Thinning
- Strain
- Forming Limit Curve
- Forming Limit Stress Curve
- Grid Pattern
- Curvature Calculation
- Forming Force and Holder Pressure Calculation
- Tool Contact Pressure Calculation
- Material Flow Visualization
- Draw-in Direction and Amount
- Nodal Deformation History
- Shock Line Visualization
- Character Line Movement Visualization
- Sectional Measurement and Calculation
- Length / Length Change
- Angle
- Radius
- Model Reflection for Symmetries
High Accuracy Springback Analysis and Evaluation
- Customized Yoshida-Uemori Material Model
- Bausinger Effect in Cyclic Loading/Unloading
- Elastic Modulus Change due to Plastic Deformation
- Kinematic Hardening Model
- YU / Armstron Frederick / Lemaitre-Chaboche
- Geometry Evaluation Function
- Comparison of CAD Surface/Cloud Data/FE Mesh
- Geometry Fit Functions: (Local) Best Fit / 3Point Fit / Rotation /
etc.
- Springback Measurement Irrelevant to Constraint
Conditions
Accurate Initial Blank Line and Trim Line Prediction
- Considering Neutral Surface Movement
- Adopt spGate-Auto and CAxPlatform by Arminicoc Co., Ltd.
Speedy Soutions
- Adaptive Mesh Scheme
- Direct Mapping Method
- Parallel Calculation Using MPP
Robust Process Management
- Bundle Calculation of Multi-stage Forming Process
- Gravity, Forming, Trimming, Flanging, Springback
- Customized Process Template
- User Defined Process Template
- Customized Tool Kit Models
- Deflector/Inner Cushion
- Leading PAD
- Distance Block
Convenient Database Functions
- Material Database
- Numerical Drawbead Database
- Planar Anisotropic Material Models
- Hill’s Yield Function
- Barlat’s Yield Function
HYSTAMP: Early Design Stage Solution
- Initial Blank Line Development
- Trim Line Development
- Quick Formability Evaluation
- Springback Prediction
- Material Cost Evaluation
Others
- Direct Springback Compensation
- Local CAD Face Modification
- Automatic Re-evaluation
- Convenient User Comments on Project Panel
- SOLID Element for Thick Blank Sheet
- Symmetric Analysis
- Tailored Blank Forming Analysis
- Automatic Step Offset of Tools
- Tube Hydroforming Analysis
- Customized Pre-bending Table
- Convenient BC Control
- Pre-bending/Pre-forming/Hydroforming
- Counter-pressure Forming Analysis
- Blow-forming Analysis
All information is from JRI-Solutions web page.
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