Autoform - R11 [2021]
: Simulating final vertical restrikes to evaluate tool seizing risks and localized thickening. đź“Š Solving Complex Strain Mechanics
: Simulating initial material locking and localized bending.
The assembly suite within the R11 release focuses on the dimensional accuracy of the entire BiW assembly. autoform r11
Several academic and technical papers reference or focus on this specific version: Featured Academic Research
for line joining processes (like laser welding) to predict geometrical deviations caused by heat. AutoForm Forming R11 Release Highlights : Simulating final vertical restrikes to evaluate tool
. This version addresses the most persistent challenges in manufacturing—such as unpredictable springback, tool deflection, and thermal loading—by introducing smart methodologies that account for physical variables previously too complex to model reliably. Closing the Gap with Reality
was used to solve static equilibrium equations for specialized tool designs. DiVA portal Official Technical Papers and Release Notes AutoForm-Assembly R11 White Paper : This official document introduces a new Thermal Model Several academic and technical papers reference or focus
. While "AutoForm R11" refers to the software itself, there are several "papers" or technical documents associated with it, ranging from official white papers to academic research. AutoForm Engineering Official White Papers AutoForm Assembly R11 White Paper : This document introduces a new Thermal Model
The R11 release is built around a singular goal: enabling users to reach the next level of precision in sheet metal forming. To achieve this, AutoForm has integrated several breakthrough methodologies and functionalities into its core solutions, including and AutoForm Assembly R11 .
When single blanks are split into individual pieces during intermediate strokes, tracking the residual stresses and edge deformations can be incredibly difficult. The AutoForm R11 Solution
AutoForm R11 introduces a for stamping simulations. This allows: