Project Details

Professor Dr.-Ing. Wolfram Volk

Address Technische Universität München
TUM School of Engineering and Design
Lehrstuhl für Umformtechnik und Gießereiwesen
Walther-Meißner-Straße
85747 Garching

Projects

As Applicant
- Current projects
  - Reduction of plastic anisotropy and improved formability of novel magnesium alloy sheets through utilization of Equal-Channel Angular Pressing (ECAP) (Research Grants)
  - Characterization of alloy-based material properties using Type-II Fiber-Bragg-Grating and Neutron-Diffraction (Research Grants)
  - Model-based minimization of distortion when machining post-processing of formed aluminum thick sheets (Research Grants)
  - Rolling of continuously cast Al/Cu composite strips with geometrically designed interfaces (Research Grants)
  - Coordination Funds (Priority Programmes)
  - Utilizing residual stresses in electrical sheet metal to increase energy efficiency (Priority Programmes)
  - “Incremental Casting”: Support Material and Close-Loop Control of Layer Height for Direct Metal Printing with Aluminium (Research Grants)
  - Reduction of adhesion formation during forming and blanking by influencing thermoelectric currents externally (Research Grants)
  - Multi-Material-Injector-Casting (MMIC) (Research Grants)
  - Functionally Graded Materials: Continuous Casting and Forming of Electric Copper Conductors (Research Grants)
  - Development of multilayer sand cores for high-pressure die casting (Research Grants)
  - TP4: Interactions of thermal phenomena with the formation of adiabatic shear bands in high-speed blanking (Research Units)
  - Development of a methodology for the determination of local component properties for aluminum casting materials (Research Grants)
  - Data-driven process modeling in stamping technology (Priority Programmes)
  - Mechanical characterization and microstructure modeling of cast layered composites of aluminum/steel hybrids (Research Grants)
  - Multimetal material jetting with copper materials (Research Grants)
  - Energy-efficient production of gears with increased load carrying capacity through process-induced residual stresses during fineblanking (Research Grants)
  - Use of residual stress based flux barriers to increase the power density of rotating electrical machines (Research Grants)
  - Property-controlled process design of freeform bending considering material properties of the semi-finished product (Priority Programmes)
  - In-situ metrology, inverse analysis and first-principle modelling for the physics- and data-based prediction of highly non-linear material behaviour and failure in manufacturing technology (Research Grants)
  - A miniature freeform bending machine with post-bending kinematics for process control (Research Grants)
  - Development of a data-driven process-oriented geometry optimization for the sand and gravity die casting of aluminum (Research Grants)
  - Characterisation and validation of material models for thin sheet materials using MUC tests (Research Grants)
- Completed projects
  - Gezielte prozesstechnische Optimierung der Textur zur Verbesserung der umformtechnischen und mechanischen Eigenschaften von Mg-Blechen (Research Grants)
  - Entwicklung eines Softwaretools zur robusten Auslegung des Scherschneidprozesses von metallischen Schichtverbundwerkstoffen ohne zusätzliche Schmierstoffe (Research Grants)
  - In-Situ Measurement of Deformation Induced Formation of Martensite in Austempered Ductile Iron (ADI) (Research Grants)
  - Stiffening of cambered sheet metal designs: numeric bead optimization by a coupled algorithm considering nonlinear forming limits (Research Grants)
  - Hole Roller Clinching of Multi-Material-Lightweight Joints (Priority Programmes)
  - Incremental Casting: The generativ droplet-based manufacturing of parts using aluminum alloys (Research Grants)
  - Casting and characterization of Cu-Al-bilayer composites (Research Grants)
  - Anisotropic failure criterion for evaluation of local necking after nonlinear deformation history in sheet metal forming processes (Research Grants)
  - µ-Kern: Microstructure based calculation method for the technological properties of inorganically bound sand cores. (Research Grants)
  - Application of Austempered Ductile Iron in Hydraulic Components with Dynamic Loads (Research Grants)
  - Robust Scaling of Roller Clinching Processes (Priority Programmes)
  - Determination and control of bonding properties in aluminum composites in the combination of compound casting and forming (Research Grants)
  - Development of a geometry-based method for compensation of process-induced dimensional deviations of massive formed components (Research Grants)
  - Thermomechanical interaction in the shear cutting affected zone (Research Grants)
  - New experimental approach for yield loci determination using a modified Nakajima setup (Research Grants)
  - Experimental investigation of arbitrary non-linear load paths using a feedback controller in combination with a conventional sheet metal testing machine and a special tool for cruciform specimens (Research Grants)
  - Lubricant-free Forming by Affecting Thermoelectric Currents (Priority Programmes)
  - Manufacturing of Electromagnetic Components out of Electrical Steel Sheets (Research Units)
  - In-situ strain measurement during solidification and cooling of aluminium alloys using regenerated fibre Bragg gratings (Research Grants)
  - Prediction of Core Fracture during Decoring of Cast Components (Research Grants)
  - Analysis of bonding mechanisms in iron copper compound casting products (Research Grants)
  - Continuous compound casting of rotationally symmetrical Cu-Al-semi-finished products (Research Grants)
  - Microscopic and Macroscopic Analysis of the anelastic behavior of steel with regard to springback prediction (Research Grants)
  - Fiber Beads: Development of a numerical method for the synthesis of fiber-reinforced bead patterns (Research Grants)
  - Development of a physical geometry analysis for manufacturable topology optimized castings. (Research Grants)
  - Development of a material model for gas generation in inorganic foundry sands (Research Grants)
  - Improvement of the high strain rate superplasticity of aluminum materials by equal channel angular pressing of sheet metals (Research Grants)
  - Validation of material models for sheet metals using an innovative tool (Research Grants)
  - Investigation of the formability of ductile sheet materials under non-proportional loading with consideration of the anisotropic damage behaviour (Research Grants)
  - Characterization and Utilization of Process-Induced Residual Stresses for the Manufacturing of Functional Surfaces by Near-Net-Shape-Blanking Processes (Priority Programmes)
As Leader
- Completed projects
  - Blechprüfmaschine (Major Research Instrumentation)
As Spokesperson
- Current projects
  - SPP 2013: The utilization of residual stresses induced by metal forming (Priority Programmes)
As Participating Person
- Completed projects
  - Automatisierte Fertigung von 2D-Blechbauteilen durch Treiben (Research Grants)
  - SPP 1640: Joining by Plastic Deformation (Priority Programmes)
  - SPP 1676: Dry Metal Forming - Sustainable Production through Dry Processing in Metal Forming (Priority Programmes)
As Ehemaliger Antragsteller
- Current projects
  - Multi-scale simulation of molding materials for inorganic binders using binder-jet-3d-printing (Research Grants) to 9/2023
As Co-Investigator
- Current projects
  - Data-based quality assurance of foundry cores using resonance analysis (Research Grants)

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Professor Dr.-Ing. Wolfram Volk

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Professor Dr.-Ing. Wolfram Volk

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