Fluid Mechanics and Materials, Biomechanics, Design & Simulation platform (MechaniCS)

Analyze, test, and model your systems in solid mechanics, fluid mechanics, and biomechanics

Dive into the behavior of inert or biological solid structures and fluid systems using our advanced tools, software, instrumentation, and expertise. From fluid mechanics to mechanics of materials and biomechanics, bring your digital models to life with precision and depth.

The platform

We offer a comprehensive suite of equipment, software, simulation tools, and expertise for the characterization and numerical modeling of fluid mechanics and solid mechanics, covering both inert and biological structures.

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Expertise and resources

Scientific expertise

  • Deformation, damage, and failure analysis
  • Numerical modeling of cranio-cervical trauma, impacts, and crashes
  • 3D simulation of Newtonian and non-Newtonian fluid flows
  • Mass transfer in aquatic environments
  • Durability of civil engineering materials and structures; innovative materials and systems for building comfort
  • Characterization of velocity and concentration profiles in fluid flows

Technical expertise

  • Testing of protective helmets
  • Experimental assessment of cranio-cervical systems
  • Material behavior characterization
  • Sensor design and calibration
  • Sanitation network diagnostics
  • Characterization of water properties and quality
  • Prototyping and 3D printing
  • Characterization of composites, granular materials, and insulating walls

Software and Database Resources

  • Numerical simulation codes (LSDYNA, FLUENT, ABAQUS, OpenFoam)
  • Data acquisition software (Labview), and programming software (Matlab, Python,R)
  • Measurement system for thermal exchange coefficients of insulating walls
  • Speedy Fexx 100 - Totec (Laser cutting system)

Other Resources

  • Finite element models of the human body, or of specific body regions, particularly the head-neck system: SUFEHNM (Strasbourg University Finite Element Head Neck Model)

Core equipment

  • High-speed cameras
  • Tensile/compression/fatigue/DMA testing machines
  • Split Hopkinson Pressure Bars (SHPB)
  • Pendulum impact tester (tensile-impact configuration)
  • Charpy impact tester
  • Drop tower for helmet testing
  • Drop tower for composite characterization
  • Speedy Fexx 100 – Totec (laser cutter)
  • Flooding test rig
  • Flow benches
  • Recirculating flow loops
  • Phantom Miro high-speed camera
  • Particle Image Velocimetry (PIV) system for planar velocity field measurement
  • Laser-Induced Fluorescence (LIF) system for temperature measurement
  • Ultrasonic measurement systems
  • Furnace for MVS (Multi-Variable Simulation or relevant thermal testing)
  • Microscopes / stereoscopes
  • Settling tanks
  • Vertical flow filters
  • CNC milling machine / traditional lathes and mills + tooling
  • Dynamic/fatigue thermoregulated composite loading test rig, with non-contact measurement
  • Dynamic/fatigue thermoregulated triaxial loading test rig for granular materials and concrete, with small-deformation measurement
  • Insulating wall heat transfer coefficient measurement setup
  • 500-node High-Performance Computing (HPC) suystem for omputational fluid dynamics simulations

Services

  • Mechanical test result analysis, expert review, and reporting
  • Rigid-body simulation of victim kinematics
  • Numerical simulation of head and cervical trauma
  • Experimental analysis of cranial impact
  • Mechanical assessment of complex systems
  • Technical reports on material mechanics

Keywords: experimental characterization, numerical and experimental modeling, fluid mechanics, solid and structural mechanics, impact biomechanics


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In close collaboration with

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Logo IHU
Logo Hôpitaux Universitaires de Strasbourg

With the support of our partners

Logo France 2030
Logo Investissements d'avenir
Logo ANR
Logo Union européenne
Logo Région Grand Est
Logo Institut Carnot