Simufact is an industry leader in providing simulation solutions for all of the metal manufacturing process chains. These include metal forming, mechanical and thermal joining operations, and additive manufacturing processes. Simufact’s product solutions can optimize these manufacturing processes by reducing costs and time to market, while consistently providing accurate results.
To learn more about Simufact product line, you can visit Simufact web site.
Simufact Additive is a powerful simulation environment for "right the first time" optimization of powder bed additive manufacturing processes (SLS, SLM,LBM, DMLS , EBM)
Simufact Additive predicts the distortion and residual stresses in the part and guides the production engineer in how to compensate to ensure a quality part the first time. Process control variables may be selected to optimize the 3-D printing process to reduce time and waste.
Simufact Additive can be used to explore the process space, including examining the influence of:
Simufact Additive simulates the total process including:
Simufact Additive uses efficient computational methods to predict:
Simufact Additive helps you to build the part first time right.
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For general and product specific platform support, please visit our Platform Support page.
Simufact Forming covers the complete spectrum of forming technologies and guarantees a realistic portrayal of the processes with full 3D functionality and 3D representation of all the tools and parts. Accurate simulations are possible by capturing the key aspects that affect the processes, which include:
Multiple modules are available to address the processes of interest to you. The core module of Forming Hub includes the key functionality necessary for the operating and handling ability of the simulation software (GUI, solver, material database etc.), along with capabilities to perform cold forming and hot forging simulations. Users can choose from any of the others listed below to augment their simulation capabilities.
Additional modules are available to help with die stress analysis and microstructure calculations, faster performance, CAD import, customization, and access to material databases.
Learn more here.
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Simufact Welding helps simulate complex welding processes that may involve multiple welding sequences and predicts distortions of the components, while considering phase transformations occurring during the process. With Simufact Welding, users gain insight into the properties of the weld seam, and welding defects such as hot cracks, helping them to address problems prior to putting the process into use.
By coupling Simufact Welding with Simufact Forming, users can simulate a combination of various process chains with upstream and downstream welding processes. Easy data transfer allows not only consideration of the forming history, but also strength analysis of simulated welded seams.
Learn more here.
2014.3 |
Study on the determination of optimal parameters for the simulation of the forming process of thick sheets |
2014.2 |
The Virtual Weld |
2014.1 |
Simulation-based numerical optimization of arc welding process for reduced distortion in welded structures |
2013.9 |
Die Life Optimisation by Numerical Modelling with Simufact Forming |
2013.8 |
Numerical Modeling of Ironing Process |
2013.7 |
Computational Optimization of Arc Welding Parameters Using Coupled Genetic Algorithms and Finite Element Method |
2013.6 |
Virtual Description of Bulk Sheet Metal Forming Processes considering Multiphase Models Regarding Their Adjustment of Product Properties |
2013.5 |
Modelling the section rolling process and microstructures of the rolling stock by latest simulation tools |
2013.4 |
Hybrid Analysis of Gear Rolling Process |
2013.3 |
Hot extrusion die design and process simulation of an unsymmetrical structure |
2013.2 |
Setup of radial-axial ring rolling process |
2012.11 |
From cast ingots to the heat treated part |
2012.10 |
Enhanced capability of metal forming simulation tools |
2012.9 |
Aluminum Automotive Rivet Forming |
2012.8 |
The technical trend and future of the simulation of the precision forging in Japan |
2012.7 |
Modeling of Machine and Tool Elasticity in Coupled Forging Simulation |
2012.6 |
Anistropic Damage Evolution of Tools During Forging Process |
2012.5 |
Simulation process of thick plates manufacturing |
2012.4 |
Virtual Conditioning of Progressive Dies Increasing Productivity and Quality |
2012.3 |
Simulation of a sheet forming process with using of the Lemaitre damage model |
2012.2 |
Finite Element Simulation of Hot Continuous Rolling of 37Mn5 Tube Billet and Roll Pass Optimization |
2012.1 |
Numerical modelling of sheet metal guillotining process |
2011.7 |
Process Simulation of closed profiles by chaining of forming and welding simulations, using Simufact Forming & Simufact Welding |
2011.6 |
Newest developments in metal forming process simulations to meet future requirements |
2011.5 |
Simulating Ring Rolling |
2011.4 |
Manufacturing Supported by Process Simulation |
2011.3 |
Full Automatic Vertical Ring Rolling Mill (VRRM) for Rolling Rings With Profiled Cross Section |
2011.2 |
Sheet-Stamping Process Simulation and Optimization |
2011.1 |
Praxis-Orientated Modeling of Tool & Machine Elasticity in Metal Forming Processes |
2010.11 |
An Innovate Approach to Automated Simulation of Full 3D Ring Rolling Process and Other Incremental Forming Processes |
2010.10 |
Simulation and Analysis of Hot Forging Process for Industrial Locking Gear Elevators |
2010.9 |
Simulation of the Cold Forging Process in Fastener Manufacture |
2010.8 |
Considering the Solidification Structure of VAR Ingots in the Numerical Simulation of the Cogging Process |
2010.7 |
Design Robustness & Process Capability by Simufact & 6 Sigma |
2010.6 |
Investigation of the Roller Straightening Process for Long Products |
2010.5 |
Local Approach to Fracture in Metal Forming |
2010.4 |
FEM Analysis of the Forming Process of Automotive Suspension Springs |
2010.3 |
Cold Forged Fastener Development Utilizing Simufact Forming |
2010.2 |
Simulation Based Optimization of a Hot Forging Process to Avoid a Lap Using Simufact Forming |
2010.1 |
Wear Analysis of Hot Forging Dies |
2009.13 |
3D FE Analysis on the Product Defects of Composites Formed by Liquid-Solid Extrusion Process |
2009.12 |
Numerical Investigating the Effect of Machining Parameters on Residual Stresses in Orthogonal Cutting |
2009.11 |
Analysis of Thermal Behavior During Equal Channel Multi-Angular Pressing by the 3-Dimensional Finite Volume Method |
2009.10 |
Forging of Mg-3Al-1Zn-1Ca Alloy Prepared by High-Frequency Electromagnetic Casting |
2009.9 |
Hydrodynamic Effects of Macroscopic Deterministic Surface Structures in Cold Forging Processes |
2009.8 |
(in German) Efficient Simulation of Incremental Sheet Metal Forming Processes by means of Static Condensation |
2009.7 |
(in German) Thoughts on the Current Situation in the Forging Industry from the Perspective of a Machine Manufacturer |
2009.6 |
(in German) Elastic-Plastic Die Stress Simulation During Cold- and Hot-Forming |
2009.5 |
(in German) Hot Forging of Hollow Bass Parts |
2009.4 |
Metal Forming Simulations - Their Use in Aluminum Forming Applications |
2009.3 |
An Innovative Approach to Sheet Metal Forming Simulation for Higher Accuracy, Using 3D Solid Elements in Simufact Forming |
2009.2 |
Simulation Based Optimization of a Cold Heading Process to Extend Die Life, using Simufact Forming |
2009.1 |
Optimization of Die Design for Forging of a Turbo-Charger Impeller and a Ring Gear Using Process Simulation |
2008.6 |
Bulk Steel Products with Functionally Graded Properties Produced by Differential Thermo-mechanical Processing |
2008.5 |
Effect of Material Parameters on Stress Wave Propagation During Fast Upsetting |
2008.4 |
A New Approach to Preform Design in Forging Process of Complex Parts |
2008.3 |
(in German) Hot Sheet Metal Forming Increasing in Popularity |
2008.2 |
(in German) Technology Development for Flat-Clinch Processes |
2008.1 |
Finite Volume and Finite Element Integration in Simufact Forming |
2007.2 |
FE Simulation of Center Crack Occurrence in Tube Rounds During Two-Roll Rotary Rolling Process |
2007.1 |
Development of the Profile Ring Rolling Process for Large Slewing Rings of Alloy Steels |
2006.8 |
Simulating Manufacturing Processes of Thick Blanks, Applied to a Torque Converter Cover |
2006.7 |
Studies of the Mechanisms for Buckling and Waving in Aluminum Extrusion by Use of a Lagrangian FEM Software |
2006.6 |
Simulation of Welding Chamber Conditions for Composite Profile Extrusion |
2006.5 |
Cross-wedge Rolling by Means of One Flat Wedge and Two Shaped Rolls |
2006.4 |
Investigation of a Slab Method Analysis and FEM Simulation on Rotating Compression Forming of Ring |
2006.3 |
Effect of Anvil Geometry on the Stretching of Cylinders |
2006.2 |
Investigation of Lubrication Effect on the Backward Extrusion of Thin-walled Rectangular Aluminum Case with Large Aspect Ratio |
2006.1 |
Numerical Simulation and Die Structure Optimization of an Aluminum Rectangular Hollow Pipe Extrusion Process |
2005.3 |
Numerical Modelling of Cross-Wedge Rolling Process of Ball Pin |
2005.2 |
Numberical Simulation of Three-Rolls Cross-Wedge Rolling of Hollowed Shaft |
2005.1 |
Finite Element Simulation of Deformation Behavior of Pure Aluminum During Equal Channel Angular Pressing |
2004.6 |
Numerical Modeling of Cross Wedge Rolling of Hollowed Shafts |
2004.5 |
Simulation of Phase Transformation in Hot Forging Dies During a Precision Forging Process by Means of Finite Element Analysis |
2004.4 |
Modeling and Simulation of Combined Extrusion for Spark Plug Body Parts |
2004.3 |
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2004.2 Copy-right Protected |
Computer-Aided Analysis of the Forging Process |
2004.1 |
The Aspects of Stability in Cross-Wedge Rolling Processes of Hollowed Shafts |
2002.3 |
Verification of the Damage Model of Effective Stresses in Cold and Warm Forging Operations by Experimental Testing and FE Simulations |
2002.2 |
Extension of the Forming Limits in Cold and Warm Forging by the FE Based Fracture Analysis With the Integrated Damage Model of Effective Stresses |
2002.1 |
A Study on the Automated Process Planning System for Cold Forging of Non-Axisymmetric Parts Using FVM Simulation |
2001.4 |
Simulation of the Forging Process Incorporating Strain-Induced Phase Transformation Using the Finite Volume Method. (Part II; Effects of Strain Rate on Structural Change and Mechanical Behavior) |
2001.3 |
Simulation of the Forging Process Incorporating Strain-Induced Phase Transformation Using the Finite Volume Method. (Part I; Basic Theory and Numerical Methodology) |
2001.2 |
3D Flow Analysis Inside Shear and Streamlined Extrusion Dies for Feeder Plate Design |
2001.1 |
Forging Process Design for Vaughan's 999, 20 Oz. Claw hammer, using MSC.SuperForge |
2000.3 |
Prediction of Ductile Fracture in Metal Blanking |
2000.2 |
Application of The Finite Volume Method to Upset Forging of Cylinders |
2000.1 |
Evaluation of MSC.SuperForge for 3D Simulation of Streamlined and Shear Extrusion Dies |