[brancolini]

Alessio Brancolini

Email: alessio.brancolini AT uni-muenster.de

Home-page: http://brancolini.altervista.org/

Available papers (12):

• A. Brancolini - B. Wirth (Calculus of Variations and Partial Differential Equations)
  General transport problems with branched minimizers as functionals of 1-currents with prescribed boundary (2018)
• A. Brancolini - B. Wirth (Accepted Paper: SIAM J. Math. Anal.)
  Optimal micropatterns in transport networks (2017)
• A. Brancolini - C. Rossmanith - B. Wirth (Archive for Rational Mechanics and Analysis)
  Optimal micropatterns in 2D transport networks and their relation to image inpainting (2017)
• M. Barchiesi - A. Brancolini - V. Julin (Ann. Probab.)
  Sharp dimension free quantitative estimates for the Gaussian isoperimetric inequality (2017)
• A. Brancolini - B. Wirth (J. Math. Pures Appl.)
  Equivalent formulations for the branched transport and urban planning problems (2016)
• A. Brancolini - S. Solimini (J. Math. Pures Appl.)
  Fractal regularity results on optimal irrigation patterns (2014)
• A. Brancolini - M. Chimienti - M. Dassisti - L. Granieri - F. Maddalena (Optim. Eng.)
  Variational Techniques for Assessing the Techonological Signature of Flat Surfaces (2013)
• A. Brancolini - S. Solimini (Interfaces Free Bound.)
  On the Holder Regularity of the Landscape Function (2011)
• S. Bianchini - A. Brancolini (SIAM J. Math. Anal.)
  Estimates on Path Functionals over Wasserstein Spaces (2010)
• A. Brancolini - G. Buttazzo - F. Santambrogio - E. Stepanov (ESAIM Control Optim. Calc. Var.)
  Long-term planning versus short-term planning in the asymptotical location problem (2009)
• A. Brancolini - G. Buttazzo - F. Santambrogio (J. Eur. Math. Soc.)
  Path Functionals over Wasserstein Spaces (2006)
• A. Brancolini - G. Buttazzo (ESAIM Control Optim. Calc. Var.)
  Optimal Networks For Mass Transportation Problems (2005)

Speaker:

• 24 apr 2017 - 26 apr 2017: Transport problems in Zurich

Organizer:

• 9 sep 2013 - 13 sep 2013: ERC School "Geometric Functional Inequalities and Shape Optimization"