Recent Publications from the Department of Metal Forming
Flexible manufacturing chain with integrated incremental bending and Q-P heat treatment for on-demand production of AHSS safety parts
Flexible manufacturing chain with integrated incremental bending and Q-P heat treatment for on-demand production of AHSS safety parts
3D printed prototyping tools for flexible sheet metal drawing
3D printed prototyping tools for flexible sheet metal drawing
Product planning system for manufacture-oriented modeling of freeform bend tubes produced by three-roll-push-bending
Product planning system for manufacture-oriented modeling of freeform bend tubes produced by three-roll-push-bending
Sensitivity analysis of the rotary draw bending process as a database of digital equipping support
Sensitivity analysis of the rotary draw bending process as a database of digital equipping support
On the forming mechanisms of frictionally engaged linear processes under consideration of incremental swivel bending (ISB)
On the forming mechanisms of frictionally engaged linear processes under consideration of incremental swivel bending (ISB)
Testing the Efficient Network TRaining (ENTR) Hypothesis: initially reducing training image size makes Convolutional Neural Network training for image recognition tasks more efficient
Testing the Efficient Network TRaining (ENTR) Hypothesis: initially reducing training image size makes Convolutional Neural Network training for image recognition tasks more efficient
Approach to a manufacture-oriented modeling of bent tubes depending on the curvature distribution during three-roll-push-bending
Approach to a manufacture-oriented modeling of bent tubes depending on the curvature distribution during three-roll-push-bending
Additive manufacturing of silicon based PneuNets as soft robotic actuators
Additive manufacturing of silicon based PneuNets as soft robotic actuators
Testing the ‘Efficient network training (ENTR)’ hypothesis: Initially reducing training image size makes Convolutional Neural Network training for image recognition tasks more efficient
Testing the ‘Efficient network training (ENTR)’ hypothesis: Initially reducing training image size makes Convolutional Neural Network training for image recognition tasks more efficient
Analytic description of the frictionally engaged in-plane bending process incremental swivel bending (ISB)
Analytic description of the frictionally engaged in-plane bending process incremental swivel bending (ISB)
Incremental swivel bending for scalable lightweight structures
Incremental swivel bending for scalable lightweight structures
Changes of plastic properties of incremental formed UHSS profiles by subsequent Q-P processing
Changes of plastic properties of incremental formed UHSS profiles by subsequent Q-P processing