The Formability Simulation module uses LS-DYNA for accurate physics modeling, efficient calculation and in-depth simulation of the formability based on the die face design. The FLD (forming limit diagram), thinning map, wrinkling, material draw-in, circular grid, light strip and skid mark results identify weaknesses of the die face design.

MSTEP & QuickSetup - In this module, a one-step solution using MSTEP is included to perform a quick evaluation of part formability. FS includes a QuickSetup for standard single-stage draw die and springback simulations.

Autosetup and Multiple-Stage Simulations - is available for complicated multiple-stage forming setups for all formability applications of various die systems. The AutoSetup interface visually guides the user through the setup process. All travel curves are automatically generated and multiple-stations can be setup seamlessly.

Hydroforming Capabilities - FS can support tube bending, tube hydroforming and sheet hydroforming.

Springback & Springback Compensation Process (SCP) - Using the DYNAFORM SCP, the user can determine and simulate the amount of springback compensation; simply define the selected tool to be compensated in SCP.

Special Forming Processes - FS can support stretch forming, thermal forming, roll forming and super plastic forming for specialized manufacturing processes.

Material Library - To maintain accuracy, the bundled material library contains a large selection of standard material types and users can also customize the library to meet specific needs such as:

• Gravity Load
• Draw Die
  • Crash Form
  • Inverted Draw (Single Action)
  • Toggle Draw (Double Action)
• Trimming
• Flanging
• Re-strike
• Springback and Springback Compensation
• Tube Bending & Hydroforming