COLLABORATIVE RESEARCH CENTER 837 INTERACTION MODELING IN MECHANIZED TUNNELING HIGHER ORDER FINITE ELEMENTS FOR

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• Numerical analysis
• Finite element method
• Computational fluid dynamics
• Mathematical analysis
• Partial differential equations
• Calculus
• Continuum mechanics
• Extended finite element method
• Meshfree methods

Bacterial rheotaxis Marcosa,b, Henry C. Fuc,d, Thomas R. Powersd, and Roman Stockere,1 a School of Mechanical and Aerospace Engineering, Nanyang Technological University, Singapore, Singapore; bDepartment of Mecha

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• Organelles
• Bacteriology
• Continuum mechanics
• Cell biology
• Bacteria
• Bacillus subtilis
• Chemotaxis
• Flagellum
• Escherichia coli
• Taxis
• Shear rate
• Pilus

ngineer Zdeneˇk P. Bazˇant is best known as a world leader in scaling research in solid mechanics (1–6). His research focuses on the effect of structure size on structural strength as it relates to the failure behavi

Source URL: cee.northwestern.edu

• Materials science
• Continuum mechanics
• Structural engineering
• Solid mechanics
• Deformation
• Size effect on structural strength
• Fracture mechanics
• Creep
• Concrete
• Structural integrity and failure
• Applied mechanics
• Strength of materials

Ph.D. Positions in Turbulence and Coherent Structures at ETH Zurich The Institute of Environmental Engineering (Prof. M. Holzner), and the Institute of Mechanical Systems (Prof. G. Haller), has a joined opening for two P

Source URL: georgehaller.com

• Fluid dynamics
• Chaos theory
• Physics
• Continuum mechanics
• Aerodynamics
• Turbulence
• Transport phenomena
• Holzner
• Lagrangian coherent structure

ngineer Zdeneˇk P. Bazˇant is best known as a world leader in scaling research in solid mechanics (1–6). His research focuses on the effect of structure size on structural strength as it relates to the failure behavi

Source URL: www.civil.northwestern.edu

• Materials science
• Continuum mechanics
• Structural engineering
• Solid mechanics
• Deformation
• Size effect on structural strength
• Fracture mechanics
• Creep
• Concrete
• Structural integrity and failure
• Applied mechanics
• Strength of materials

Bacterial rheotaxis Marcosa,b, Henry C. Fuc,d, Thomas R. Powersd, and Roman Stockere,1 a School of Mechanical and Aerospace Engineering, Nanyang Technological University, Singapore, Singapore; bDepartment of Mecha

Source URL: stockerlab.ethz.ch

• Organelles
• Bacteriology
• Continuum mechanics
• Cell biology
• Bacteria
• Bacillus subtilis
• Chemotaxis
• Flagellum
• Escherichia coli
• Taxis
• Shear rate
• Pilus

International Journal of Fracture:1–7 DOIs10704 © SpringerPreface

Source URL: cee.northwestern.edu

• Construction
• Solid mechanics
• Real estate
• Materials science
• Continuum mechanics
• Deformation
• Mechanics
• Size effect on structural strength
• Fracture mechanics
• Creep
• Applied mechanics
• Strength of materials

Quantitative flow analysis of swimming dynamics with coherent Lagrangian vortices F. Huhn, W. M. van Rees, M. Gazzola, D. Rossinelli, G. Haller, and P. Koumoutsakos Citation: Chaos 25, ); doi:

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• Fluid dynamics
• Aerodynamics
• Mechanics
• Continuum mechanics
• Vortex
• Turbulence
• Lift
• Lagrangian coherent structure
• Reynolds number
• Hydrodynamical helicity
• Vorticity
• Strouhal number

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• Conic sections
• Curves
• Continuum mechanics
• Mathematical physics

Eur. J. Phys–601. Printed in the UK PII: S0143Momentum flow diagrams for just-rigid static structures

Source URL: www.physikdidaktik.uni-karlsruhe.de

• Physics
• Conservation laws
• Physical quantities
• Mechanics
• Continuum mechanics
• Momentum
• Motion
• Stress
• Momentum-depth relationship in a rectangular channel
• NavierStokes equations