Msc Simufact Welding v6.0 | 1.16 GB


Simufact is a leading FEA based simulation solution for metal forming, welding and heat treatment. With the ability to simulate the entire manufacturing process chain, starting from blanking, shearing of wires or billets, to multi-stage forming, punching, trimming, and heat treatment followed by joining operations, welding and structural analysis, Simufact helps optimize the manufacturing processes, and reduce costs and time-to-market, while improving product quality.

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.

Simufact.welding offers the possibility to calculate welding stresses, distortions, and the evolution of material properties from a graphical user interface. This means:
Identify possible problems beforehand
Identify distortions that might be critical for assembly or may cause imbalances
Ensure tolerances are met
Optimize process knowledge, including:
The ability to create a basis for construction design, development of welding processes, and manufacturing, which together lead to an optimized final product
The convenience of a tool which supports you during planning of welding processes
The ability to gather experience and results from real and virtual try-outs and preserve your knowledge and competences independent from your staff
Make use of powerful tools for development and training

Methodical optimization of processes, such as:
Plan the position of welding seams while the design phase is underway, which will lead to the minimization of distortions based on construction design. Thus, you can also minimize the influence of a welding operator as well as welding equipment on distortions
Investigate and optimize clamping tools even before an investment in tools has been made
Identify optimal welding parameters and point sequences
Predict impact of shunting effects on the process as well as influence of unclamping sequences on distortions and residual stresses
Use a tool which supports you during planning of welding processes
Use virtual try-outs for situations which would be very expensive in reality
Investigate the behavior of new materials during welding
Verification of quality of welding seams, including:
Use a tool which helps you to be sure about the quality of your welding process, i.e. due to calculation of nugget size, brittle material proportion, hardness and influence of preheating
Gain knowledge about the development of the heat affected zone
Draw conclusions about several properties of a welding seam (i.e. residual stresses that affect fatigue strength and bulging), convert your results to an open format (Universal File Format), and use them for further calculations in other FE simulations
Investigate manufacturing process chains


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http://nitroflare.com/view/82F31B0704A3006/MSC.SIMUFACT.WELDING.V6.0-MAGNiTUDE.part1.rar
http://nitroflare.com/view/3EA647F2338DC51/MSC.SIMUFACT.WELDING.V6.0-MAGNiTUDE.part2.rar

http://rapidgator.net/file/e1b0f2f4dae2fce7ba69094e63c500fd/MSC.SIMUFACT.WELDING.V6.0-MAGNiTUDE.part1.rar.html
http://rapidgator.net/file/90af3b3dbe0cf7e56539820d805b191e/MSC.SIMUFACT.WELDING.V6.0-MAGNiTUDE.part2.rar.html