Aktuelle Publikationen des Lehrstuhls für Umformtechnik
Scalable Cell for the Production of Sheet Metal Car Body Components
Scalable Cell for the Production of Sheet Metal Car Body Components
Circular use of polylactide PLA in additive manufacturing: Real-waste recycling process chain and mechanical property window
Circular use of polylactide PLA in additive manufacturing: Real-waste recycling process chain and mechanical property window
Fabrication of Cranioplasty Implants from Sheet Metal Plates in a Rapid Tooling Approach
Fabrication of Cranioplasty Implants from Sheet Metal Plates in a Rapid Tooling Approach
Fabrication of Cranioplasty Implants from Sheet Metal Plates in a Rapid Tooling Approach
Fabrication of Cranioplasty Implants from Sheet Metal Plates in a Rapid Tooling Approach
Ready for Circular Manufacturing? Metal Forming Processes Studies and Research Agenda
Ready for Circular Manufacturing? Metal Forming Processes Studies and Research Agenda
Design of a Flexible Tool System for the Scalable Production of Secondary Forming Elements
Design of a Flexible Tool System for the Scalable Production of Secondary Forming Elements
Impact of Separating Agents on the Deformation Regime in Aluminum Roll-Cladding Processes
Impact of Separating Agents on the Deformation Regime in Aluminum Roll-Cladding Processes
Tube geometry prediction in rotary draw bending process using Random Forest regression
Tube geometry prediction in rotary draw bending process using Random Forest regression
A metal 3D-printed non-assembly mandrel for profile bending
A metal 3D-printed non-assembly mandrel for profile bending
A metal 3D-printed non-assembly mandrel for profile bending
A metal 3D-printed non-assembly mandrel for profile bending
Modeling the Forming and Failure Mechanisms in 3D-Swivel-Bending to Ensure Flexibility in Production Reconfiguration
Modeling the Forming and Failure Mechanisms in 3D-Swivel-Bending to Ensure Flexibility in Production Reconfiguration
Topology optimized metal forming tools: Using Mixed-Integer Programming to design truss-like structures
Topology optimized metal forming tools: Using Mixed-Integer Programming to design truss-like structures
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