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IAM - Reliability and Microstructure
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Mechanics of materials - Peter Gumbsch
Start
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Mechanics of materials - Peter Gumbsch
Mechanics of materials - Peter Gumbsch
Microplasticity
Microtribology
Scale bridging computational methods
Cluster of Excellence 3DMM2O
GRK 2078: CoDiCoFRP
GRK 2450: CompNano
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Applied Nanotribology - Martin Dienwiebel
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Applied Nanotribology - Martin Dienwiebel
Applied Nanotribology - Martin Dienwiebel
Heisenberg professorship
FVV - Exhaust Gas Effected Tribosystems
SPP2074
Additively manufactured components and microstructure design - Christian Greiner
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Additively manufactured components and microstructure design - Christian Greiner
Additively manufactured components and microstructure design - Christian Greiner
Materials Tribology
Additive Manufacturing
Linked Tribological Data
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Bachelor/ Master Theses
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Bachelor/ Master Theses
Bachelor/ Master Theses
AG Gumbsch & Dienwiebel
AG Nestler
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IAM - Reliability and Microstructure
Startpage
Academics
Bachelor/ Master Theses
Willkommen am IAM-ZM
About
People
Research
Academics
Current
Contact
Academics
Lectures and Courses
Bachelor/ Master Theses
Description of the focus
Exam announcements
Bachelor/ Master Theses
AG Gumbsch & Dienwiebel
AG Nestler
Analysis of the Tribo-Oxidation Mechanism by Mechanism-based Crystal Plasticity Simulation
Type:
Bachelor-/ Master Thesis
Supervisor:
Sing-Huei Lee
Prof. Katrin Schulz
Zusatzfeld:
detailed information
