KIT - Karlsruhe Institute of Technology
image/svg+xml
KIT Center MathSEE
skip navigation
Home
Legals
Privacy Policy
Accessibility
Sitemap
KIT
search
search
Our Center
Start
Our Center
Our Center
Mission and Strategy
Members and Organization
Corporate Design
Contact
Job Offers
Research
Start
Research
Research
Method Areas
Start
Research
Method Areas
Method Areas
Method Area 1: Mathematical structures: shapes, geometry, number theory and algebra
Method Area 2: Mathematical modeling, differential equations, numerics, simulation
Method Area 3: Inverse problems, optimization
Method Area 4: Stochastic modeling, statistical data analysis and forecasting
Current Third Party Funded Projects
Start
Research
Current Third Party Funded Projects
Current Third Party Funded Projects
Helmholtz Coordinated Research
Coordinated DFG-funded Research
Our Offers
Start
Research
Our Offers
Our Offers
MathSEE Research Seminars
Workshop Funding
Seed Funding
Start
Research
Our Offers
Seed Funding
Seed Funding
Seed Projects 2023
Seed Projects 2022
Seed Projects 2021
Seed Projects 2020
Seed Projects 2019
Software
Graduate Schools
Start
Graduate Schools
Graduate Schools
MathSEED
KIT Graduate School Computational & Data Science
Innovation
Events
Start
Events
Events
MathSEE Symposia
Public Engagement Events
Workshops
Archiv
Startpage
Home
Legals
Privacy Policy
Accessibility
Sitemap
search
search
KIT Center MathSEE
Startpage
Our Center
Job Offers
Startseite
Our Center
Research
Graduate Schools
Innovation
Events
Archiv
Our Center
Mission and Strategy
Members and Organization
Corporate Design
Contact
Job Offers
Job Offers
Effiziente Optimierung aufwendiger Finite-Element-Simulationsmodelle am Beispiel der Umformsimulation von Hochleistungs-Faserverbunden
Links:
Link
