RESEARCH PROGRAM

Actual Projects

 

• Modeling and simulation of thermophysical properties of fluids at extreme conditions based on molecular thermodynamics
  Jens Staubach
  
  
• Hierarchical Simulation of Laser Powder Bed Fusion (L-PBF) on Part Scale
• Uncertainty-Aware Visual Analytic Applications: From theory to usage
• Visual Analytics in Process Engineering
  Jan-Tobias Sohns
  
  
• Development of a 5G-capable Digital Twin of a Machine Tool
  Jan-Philipp Mertes
  
  
• Machine Learning for Visualization of Scientific Data and Simulations
• Applying Human-Centered Design to Complex Extended Reality Environments
  M.Sc. Vera Marie Memmesheimer
  
  
• Kinematic simulation of micro grinding processes
  Nicolas Altherr
  
  
• Global Effects of Interactions Between Instances in N-Body-Simulations
  Felix Claus
  
  
• Material Property Prediction with Neural Network
  Kim Donghoon
  
  
• Physical Modeling of Material Flows in Cyber-Physical Production Systems
  Moritz Friedrich Glatt
  
  
• Ultrasonic air bearing spindle for micro cutting
  Sebastian Greco
  
  
• Application of Efficient Discrete Particle Methods in Modeling Metal Binder Jet Sintering
  Roger Isied
  
  
• Development of a coupled simulation model to solve the equations of motion of an air bearing spindle’s rotor
  Andreas Lange
  
  
• Physical attributes in material flow modeling
  Anna-Pia Lohfink
  
  
• Optimization of the cooling channel outlet conditions of internally cooled drills
  Daniel Müller
  
  
• Characterizing Flow Fields at the Drill Bit Tip to Enhance Heat Transfer
  Jason Parker
  
  
• Phase field simulations for fatigue failure prediction in processing
  Dr. Christoph Schreiber
  
  
• Developing a Digital Twin of the Selective Laser Sintering Process
  Raeita Mehraban Teymouri
  
  
• NSF/DFG Collaboration to Understand the Prime Factors Driving Distortion in Milled Aluminum Workpieces
  Daniel Weber
  
  
• A particle finite element method for cutting of solids
  Xialong Ye
  
  
• Simulation of Energy Demand of Additive Manufacturing
  Dr.-Ing. Li Yi
  
  
• Molecular Simulation of Lubricated Contact Processes
  Sebastian Schmitt
  
  
• Thermal field variations due to perturbations of laser power input in an SLS process
  Nicolas Castrillon
  
  
• Human Aspects of XR Applications
  Pavel Weber
  
  
• Evaluating the Cumulative Energy Demand of Additive Manufacturing using Direct Energy Deposition
  M. Sc. Svenja Ehmsen
  
  
• Physical modeling of grinding forces in combination with cooling lubricants
  Felix Kästner
  
  
• Robert Meyer
  
  
• Numerical Simulation of the Additive Manufacturing Processes
  Daobo Zhang
  
  
• Phase Field Simulations for Fatigue Failure Prediction in Processing
  Sikang Yan 
  
  
• Machine Learning Based Factory Concept Layout Planning
  Matthias Klar  
  
  

 

 

Former Projects

 

• Analysis and Visualization Flow Networks Using a Flow Topology  Graph
  Garrett Aldrich
  
  
• Physical Modeling of grinding forces
  Praveen Sridhar
  
  
• Molecular Dynamics Modeling of Machining Processes of Coposite Materials
  Vardanyan Vardan
  
  
• Applying Human Centered Design to Complex Augmented Reality Environments
  Carol Ximena Naranjo Valero
  
  
• Similarity in Visualization und Visual Analytics
  Patrick Rüdiger-Flore p
  
  
• Sustainable Grinding Machine Tool Design
  Ian Garretson
  
  
• Adaptive Surface Reconstruction for 3D CT-Data based on Geometric Modelling
  Dennis Mosbach
  
  
• Extension of a white light interferometer by an optical coherence interferometer and applications for layer thickness determination and porous structure measurement
  Andrej Keksel
  
  
• Physical Modeling and Design of a Robotic End-Effector for Impact Cutting
  Thomas Kuo
  
  
• Data-driven model for energy prediction in precision manufacturing
  Raunak Bhinge, PhD
  
  
• Moment Invariants in Flow Visualization
  Dr. Roxana Bujack
  
  
• Planning and controlling of multiple, parallel engineering changes in manufacturing systems
  Dr. Daniel Cichos
  
  
• Surface Integrity & Process Optimization during Finishing Operations
  Jayanti Das, PhD
  
  
• Interactive Specification and Visualization of Features to Support Factory Planning
  Dr. Diana Fernandez-Prieto
  
  
• Interactive Realistic Rendering on Massively Parallel Computer Systems
  Valentin Fuetterling
  
  
• Machining Distortion due to Residual Stresses in Quenched Aluminum
  Destiny R. Garcia
  
  
• User-centered Approaches for Featur Extraction in CT Scanned Data
  Dr. Christina Gillmann
  
  
• Visualization and Analytics for Supercomputing Performance Data
  Alfredo Giménez, PhD
  
  
• Ensemble Visualization and Analysis of Machine Tools
  Mathias Hummel
  
  
• Virtual test field for sustainability assessment of cybertronic production systems
  Dr. Rebecca Ilsen
  
  
• Physical attributes in material flow modeling
  Dr. Georg Kasakow
  
  
• Algorithmic Curvature Theories in Image Processing
  Markus Kronenberger
  
  
• Simulation of machining with cutting liquids based on atomistic force fields
  Martin Lautenschläger
  
  
• Feature Detection and Tracking: A Topological Visual Analytics Approach
  Jonas Lukasczyk
  
  
• Influence of life cycle oriented services on the energy efficiency of machine tools
  Dr. Gülsüm Mert
  
  
• A Data-Driven Approach to Analyzing Machining Energies of Various Materials
  Maxwell Micali, PhD
  
  
• Computational Steering Technologies based on Parameter Space Exploration
  Dr. Tobias Post
  
  
• Visualization and interaction techniques scaling on process and environment level
  Dr. Franca Alexandra Rupprecht
  
  
• Numerical Modeling of Laser Additive Manufacturing Processes
  Marc Russell
  
  
• A particle finite element method for cutting of solids
  Dr. Matthias Sabel
  
  
• Dynamic phase field simulations for failure prediction in processing
  Dr. Alexander Schlüter
  
  
• Experimental investigations and simulation of micro grinding process
  Prof. Dr. Dinesh Setti
  
  
• Molecular Simulation of Nanoscopic Contact Processes
  Jun. Prof. Dr.-Ing. Simon Stephan
  
  
• Virtual measuring instruments
  Dr. François Torner
  
  
• Physical Modeling of Time and Motion Estimation in Manual Assembly
  Chao Wang, PhD
  
  
• STAR: A Simulation Tool for Automation and Robotics
  Kristopher Wehage, PhD
  
  
• Turning of Al-MMCs – 3D FE Simulation
  José Leonardo York Duran
  
  
• On the Design of Particle Functionalized Fluids
  Zeyad Zaky, PhD
  
  
• Molecular Dynamics Modeling of Machining Processes of Composite Materials
  Dr. Zhibo Zhang