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Dr. Philip Kolvenbach

Mitglied bis 2019.

Forschung und Interessen

  • Optimierung mit partiellen Differentialgleichungen
  • Robuste Optimierung nichtkonvexer Probleme
    • Approximation mit Taylorentwicklungen
    • Formulierung als nichtglattes Problem mit Optimalwertsfunktionen
  • Primäre Anwendung: lasttragende Bauteile im Maschinenbau

Publikationen

Vorträge

  • ISMP 2015 Pittsburgh: Robust geometry optimization in elastodynamics with time-dependent uncertainties
  • ICCOPT 2016 Tokyo: Nonlinear robust optimization using second-order approximations and an application to the shape optimization of hyperelastic load-carrying structures
  • EUCCO 2016 Leuven: Nonlinear robust optimization using second-order approximations and an application to the shape optimization of hyperelastic load-carrying structures
  • FGI 2017 Paderborn: Nonlinear Robust Optimization of PDE-Constrained Problems using Second-Order Approximations
  • GAMM 2018 Munich: Nonlinear Robust Optimization of PDE-Constrained Problems using Second-Order Approximations
  • ISMP 2018 Bordeaux: Robust optimization of PDE-constrained problems using second-order methods
  • ICUME 2018 Darmstadt: Robust design of a smart structure under manufacturing uncertainty via nonsmooth PDE-constrained optimization
  • SIAM CSE 2019 Spokane, WA: Robust optimization of PDE-constrained problems using second-order models (Mini-Symposium)