Dr.-Ing. Dipl.-Inform. Tobias Surmann
Contact
- Address
- Institut für Spanende Fertigung
Technische Universität Dortmund
Baroper Straße 301
44227 Dortmund - Office
- GB IV Raum 221
- Phone
- 0231 755-4390
- surmann@isf.de
Assignments
- Head of division (Process and Simulation)
- Modeling and simulation of machining processes
Projects
- Information Technology, Measuring and Reverse Engineering for the Optimization of the Process Chain (CRC 708 – SP C4)
- Generation of Predetermined Surface Structures by Intentionally Invoked Self-Excited Tool Vibrations when Milling Free-Formed Surfaces (CRC/TR 73 – SP B3)
- Expansion of the Milling Simulation for the Machining of Lightweight Constructional Components Considering Tool and Machine Tool Characteristics (CRC/TR 10 – SP T3)
- Simulation of Thermomechanically Caused Workpiece Deformations for the NC Milling Process (in PP 1480)
Dissertation
Publications
- Adaptive Free-form Deformation for the Modification of CAD/CAM Data
- Adaptive Freiformdeformation für die Modifikation von CAD/CAM-Daten
- Non-rigid isometric ICP: A practical registration method for the analysis and compensation of form errors in production engineering
- Umformwerkzeuge in der Blechmassivumformung
- Processing and Damping Properties of Sputtered NiTi Thin Films for Tools in Machining Processes
- Modeling and characterization of surface structures produced by milling
- Simulation of the Temperature Distribution in NC-Milled Workpieces
- Creating Functional Surface Structures by Milling using Self-Excited Tool Vibrations
- Erweiterung der Frässimulation zur Bearbeitung von Leichtbaukomponenten unter Berücksichtigung von Werkzeug- und Maschineneigenschaften
- Direct free-form deformation of NC programs for surface reconstruction and form-error compensation
- NCChip – Potentiale und Herausforderungen der Simulation spanender Fertigungsprozesse
- Informationstechnik, Messen und Reverse Engineering zur Prozesskettenoptimierung
- A general approach to simulating workpiece vibrations during five-axis milling of turbine blades
- Surface Structuring by Milling with Intentionally Invoked Chatter
- Processing and damping properties of sputtered NiTi thin films for tools in machining processes
- Micromilling of NiTi Shape-Memory Alloys with Ball Nose Cutters
- Kompensation von Formfehlern durch Raumverzerrung
- NCChip - Simulation dynamikbedingter Strukturen auf der Werkstückoberfläche bei der NC-Fräsbearbeitung
- NCChip - Simulation dynamikbedingter Strukturen auf der Werkstückoberfläche bei der NC-Fräsbearbeitung
- Simulation-Based Prediction of Surface Artifacts for the Milling of Aerospace Structures
- Automated analysis of the form error caused by springback in metal sheet forming
- Modeling the Surface Structure Created by End Milling in the Presence of Tool Vibrations
- Oscillator Model of Machine Tools for the Simulation of Self Excited Vibrations in Machining Processes
- The effect of tool vibrations on the flank surface created by peripheral milling
- Modeling regenerative workpiece vibrations in five-axis milling
- Dynamics and Temperature Simulation in Multi-Axis Milling
- On the chatter frequencies of milling processes with runout
- Surface Structuring and Tool Path Planning for Efficient Milling of Dies
- Oszillatormodell für Werkzeugmaschinen zur Simulation von Zerspanprozessen - Entkopplung von Schwingungsmoden zur effizienten Berechnung der Prozessstabilität von Fertigungssystemen bei Einwirkung von Prozesskräften
- Formfehlererkennung in der Fertigungstechnik
- Simulation of Surface-Microstructures Resulting from Milling Processes
- Oberflächenqualität beim Fräsen mit zylindrischen Werkzeugen
- Simulation der Prozessdynamik beim Einlippenbohren
- The effect of runout on the milling tool vibration and surface quality
- Analysis and Simulation of Cutting Forces in Downscaled Milling Processes
- Simulation of milling tool vibration trajectories along changing engagement conditions
- Auswirkungen der Prozessdynamik auf die Oberflächenqualität beim Fräsen mit zylindrischen Werkzeugen
- Simulation of Milling Tool Vibration Trajectories Along Changing Engagement Conditions
- Analysis of Milling Tool Vibrations Along Changing Engagement Conditions
- Modeling of Surface Structures Resulting from Vibrating Milling Tools
- Analyse und Simulation des Mikrofräsprozesses
- Analysis of the Cutting Tool Vibration while Milling with Changing Engagement Conditions
- Improvement of the Five Axis Milling Process on a Hexapod Machine Tool by Motion Optimization
- Geometric Model of the Surface Structure Resulting from the Dynamic Milling Process
- Online-Prozessregelung für das Einlippentiefbohren
- Simulation of the Milling Process for Lightweight Aluminum Connectors
- Simulation of Cutting Tool Vibrations for the Milling of Free Formed Surfaces
- Simulation regenerativer Werkzeugschwingungen für das Fräsen von Freiformflächen
- Formulating swept profiles for five-axis tool motions
- Prototyp eines VR-basierten CAD-Systems
- Real Time Solid Modelling of the Milling Process
- Integrated Process and Machine Simulation for the Five-Axis Milling of Sculptured Surfaces on Parallel Kinematic Machines
- Geometric Simulation of the Milling Process for Free Formed Surfaces
- Agentenbasierte Virtual Reality
- Behavior Interrogation and Error Compensation for Parallel Kinematic Machines based on Simulation Approach
- Simulationseinsatz im Werkzeug- und Formenbau - Analyse, Modellierung und Simulation am ISF
- Online Sculpting and Visualization of Multi-Dexel Volumes
- Prediction of Process Forces in 5-Axis Milling Processes
- Design of Evolutionary Algorithms and Applications in Surface Reconstruction
- Trends und Technologien im Werkzeug und Formenbau
- Parallel Surface Reconstruction
- Evolutionäre Flächenrekonstruktion im praktischen Einsatz
- Diskrete Werkstückmodellierung
- Simulation of Engagement Conditions in Five-Axis Milling of Free Formed Surfaces
- Evolutionary Surface Reconstruction Using CSG-NURBS-Hybrids
- Methoden der Flächenrekonstruktion
- Geometry Reconstruction from Digitized Point Data
- Approaches for Modelling Engagement Conditions in Milling Simulations
- Konturoptimierung von Umformwerkzeugen mit CAD am Beispiel komplexer Schmiedeteile