1991 …2020

Research activity per year

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Personal profile

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Tomas Bohr is Professor of Physics in the Section ”Biophysics and Fluids” at the Department of Physics as well as director of Center for Fluid Dynamics at DTU. Tomas Bohr’s field of research is Complex Systems. He has worked with chaos, turbulence  and statistical mechanics and written ”Bevægelsens Uberegnelige Skønhed. Om kaos.” (Gyldendal 1992) for the lay audience and is co-author of the monograph ”Dynamical Systems Approach to Turbulence" (Cambridge 1998). In later years he has been particularly interested in strongly non-linear fluid flows, which, even if they are not turbulent, give rise to surprising structures - in particular surfaces with edges, corners and needles. Simultaneously, he studies biofluid dynamics in the context of planktonic organisms and the sap dynamics in plants. Tomas Bohr combines theoretical work with simple model experiments on e. g.  hydraulic jumps, bathtub vortices, sand ripples and sap flows in trees.

Other information

Member of the Royal Danish Academy of Sciences (Kgl. Danske Videnskabernes

Selskab)



International Experience:

2005 Visiting professor for one month at IRPHE, Universite d'Aix-Marseille.

2003 Visiting professor for one month at Universite Paris 7 and Ecole Normale Superieur, Paris.

1981-1982, Visiting scientist for 6 months at the Landau Institute, Moscow

 

Invited speaker at a number of international conferences and workshops.

Coorganizer of many summershools, workshops and conferences.



Language Skills:
Fluent in English
Reads French

Education/Academic qualification

Obtained the degree of "Doctor of Science", University of Copenhagen

… → 1998

PhD in Physics, University of Copenhagen

19811983

Master of Science in Physics, University of Copenhagen

19711980

External positions

Professor of Physics, Technical University of Denmark

1998 → …

Assistant professor / associate professor, University of Copenhagen

19851998

Postdoc, Cornell University

19831985

Keywords

  • User defined:
  • Complex systems
  • Free-surface flows
  • Hydraulic jumps
  • Sand ripples
  • Biological flows
  • Sap transport in trees
  • Vortices

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