Projects
Basic research on forming technology
Material characterization
Technology development
Prototype Development of a Device for Performing Equibiaxial Compression Tests for Material Characterization for Forming
![a) Sketch of the biaxial compression test device, b) Stress state and strain state during biaxial compression a) Sketch of the biaxial compression test device, b) Stress state and strain state during biaxial compression](/storages/iul-mb/_processed_/d/f/csm_EN_WIPANO_37c18a3d52.jpg)
Increasing the Forming Limits by Heat-Assisted Bending below the Recrystallization Temperature
![a) Design of the bending tool and part with cracks, b) Inductive heating before bending as well as component after bending a) Design of the bending tool and part with cracks, b) Inductive heating before bending as well as component after bending](/storages/iul-mb/_processed_/1/c/csm_EN_RECIMP_Heat_Assisted_Forming_211129_e7f26e5473.jpg)
Green Manufacturing – Analysis and Prediction of Emissions in an Industrial Hot Forming Process Chain
![a) Concept of heat recovery, b) Proportion of part-specific CO2 emissions for an exemplary hot plate forged gear rack a) Concept of heat recovery, b) Proportion of part-specific CO2 emissions for an exemplary hot plate forged gear rack](/storages/iul-mb/_processed_/9/8/csm_EN_GreenManufacturing_e65afec088.jpg)
Industry-related research
Prototype Development of a Device for Performing Equibiaxial Compression Tests for Material Characterization for Forming
![a) Sketch of the biaxial compression test device, b) Stress state and strain state during biaxial compression a) Sketch of the biaxial compression test device, b) Stress state and strain state during biaxial compression](/storages/iul-mb/_processed_/d/f/csm_EN_WIPANO_37c18a3d52.jpg)
Green Manufacturing – Analysis and Prediction of Emissions in an Industrial Hot Forming Process Chain
![a) Concept of heat recovery, b) Proportion of part-specific CO2 emissions for an exemplary hot plate forged gear rack a) Concept of heat recovery, b) Proportion of part-specific CO2 emissions for an exemplary hot plate forged gear rack](/storages/iul-mb/_processed_/9/8/csm_EN_GreenManufacturing_e65afec088.jpg)
Increasing the Forming Limits by Heat-Assisted Bending below the Recrystallization Temperature
![a) Design of the bending tool and part with cracks, b) Inductive heating before bending as well as component after bending a) Design of the bending tool and part with cracks, b) Inductive heating before bending as well as component after bending](/storages/iul-mb/_processed_/1/c/csm_EN_RECIMP_Heat_Assisted_Forming_211129_e7f26e5473.jpg)
Completed Projects
Prototype Development of a Device for Performing Equibiaxial Compression Tests for Material Characterization for Forming
![a) Sketch of the biaxial compression test device, b) Stress state and strain state during biaxial compression a) Sketch of the biaxial compression test device, b) Stress state and strain state during biaxial compression](/storages/iul-mb/_processed_/d/f/csm_EN_WIPANO_37c18a3d52.jpg)
Increasing the Forming Limits by Heat-Assisted Bending below the Recrystallization Temperature
![a) Design of the bending tool and part with cracks, b) Inductive heating before bending as well as component after bending a) Design of the bending tool and part with cracks, b) Inductive heating before bending as well as component after bending](/storages/iul-mb/_processed_/1/c/csm_EN_RECIMP_Heat_Assisted_Forming_211129_e7f26e5473.jpg)
Green Manufacturing – Analysis and Prediction of Emissions in an Industrial Hot Forming Process Chain
![a) Concept of heat recovery, b) Proportion of part-specific CO2 emissions for an exemplary hot plate forged gear rack a) Concept of heat recovery, b) Proportion of part-specific CO2 emissions for an exemplary hot plate forged gear rack](/storages/iul-mb/_processed_/9/8/csm_EN_GreenManufacturing_e65afec088.jpg)
Process Development and Technology Transfer of a Combined Forming Process for the Production of Graded Profiles for Lightweight Applications (ProLeit)
![a) Combined rolling and drawing process, b) Formed workpiece (first tryout) a) Combined rolling and drawing process, b) Formed workpiece (first tryout)](/storages/iul-mb/_processed_/6/3/csm_ProLeit_EN_f7c520f88d.png)
Prediction of Wall Thinning during Rotary Draw Bending of Tubes
![a) Estimation of wall thinning, b) Formability study using FLC from the numerical investigations a) Estimation of wall thinning, b) Formability study using FLC from the numerical investigations](/storages/iul-mb/_processed_/7/e/csm_EN_MG_ReCIMP_44fe792bbf.jpg)
Model Integration for Process Simulation
![a) Damage locus, b) Validation in terms of air bending a) Damage locus, b) Validation in terms of air bending](/storages/iul-mb/_processed_/a/8/csm_Modellintegration_EN_fca39bd7ef.png)
Analysis of a New Process for Continuous Hot Extrusion Utilizing the Theory of Similarity
![Cycle of continuous hot extrusion, a-c) Direct extrusion, d-e) Indirect extrusion phase Cycle of continuous hot extrusion, a-c) Direct extrusion, d-e) Indirect extrusion phase](/storages/iul-mb/_processed_/d/c/csm_TB_Konti-Pressen_EN_c76919c97e.png)
Joint Project: Concepts for the Resource-Efficient and Safe Production of Lightweight Structures (KORESIL)
![Virtual reality model of the KORESIL process chain Virtual reality model of the KORESIL process chain](/storages/iul-mb/_processed_/7/e/csm_Koresil_EN_9f0e078a0b.png)
Formability Limits of Advanced High-Strength Steels
![Limits of the global (FLC) and local (FFL) formability in the prinicipal strain space Limits of the global (FLC) and local (FFL) formability in the prinicipal strain space](/storages/iul-mb/_processed_/6/5/csm_TB_ReCIMP_Bild_SU_EN_4656fd17d1.png)