Automotive Crash Analysis course at Hypersonic Tech Solutions is a specialized branch dealing with Automotive crashworthiness and occupant safety remain among the most important and challenging design considerations in the automotive industry. Designers create vehicles to provide occupant protection by maintaining integrity of the passenger compartment and by simultaneously controlling the crash deceleration pulse to fall below the upper limit of human tolerance.
Automotive structures, however, must meet all service load requirement, plus it must deform plastically in a short period of time(milliseconds) to absorb the crash energy in a controllable manner. The Automotive structure should be sufficiently stiff in bending and torsion for proper ride and handling. It should be deformable, yet stiff, front structure with crumple zones to absorb the crash kinetic energy resulting from frontal collisions by plastic deformation and prevents intrusion into the occupant compartment.
The vehicle should be deformable rear structure to maintain integrity of the rear passenger compartment and protect the fuel tank. It should properly designed side structures and doors to minimize intrusion in side impact and prevent doors from opening due to crash loads.
This Automotive Crash Analysis course provide the students to better understand the vehicle structure design such as roof structure, floor structure, chassis, door & trims ,bumper and frontal structure etc. This course will cover the Crash and safety regulation such as FMVSS, ECE –R regulation& country specific crash analysis standards.
The students who have keen interest for Automotive Crash Analysis may find this course both helpful and interesting at Hypersonic Tech Solutions which is one of the top Automotive Crash Analysis course training institutes in Pune. If you are looking for Automotive Crash Analysis course in Pune then you have come to the right place, Get more information about Automotive Crash Analysis !

  • Finite element Modeling technique for Crash analysis for Automotive system.
  • Explicit vs Implicit time integration.
  • Stability of the time integration process and time-step control (mass scaling).
  • Element types, element integration and hourglass forms.
  • Definition of material model, section properties, rigid bodies & contact types.
  • Applying boundary conditions and loads.
  • Control cards, Influences on the simulation control & Control of output data.
  • Crash and safety regulation such as FMVSS, ECE–R regulation.
  • Model setup of Crash-worthiness simulation such as Frontal/rear impact.
  • Overview of sled test and Crash test procedure.
  • Overview seat system crash test requirement and regulation.
  • Overview of air bag modeling and model setup.
  • Dummy position and seating system R point.
  • FE Model trouble shooting during the explicit analysis.
  • Post processing techniques and interpretation of crash results.
  • Crash analysis software – Hypermesh, LS Dyna, RADIOSS.

  • B.E. Mechanical/ Aeronautics/ Production/ Automotive Graduate.
  • Mechanical/ Aeronautics/ Production Engineering students.
  • Diploma students.
  • Working professional.
  • Awards: Certification in Automotive Crash Analysis.

  • 1 to 6 months.

CAD/CAE/CFD

Computer Aided Design (CAD)
Computer Aided Engineering (CAE)
          NASTRAN
          RADIOSS
          Stress Analysis
          NVH Analysis
          Structural Optimization
          Automotive Crash Analysis
          Multi Body Dynamics
          ANSYS Mechanical
          LS DYNA Training Course
          Hypermesh Training Course

Computer Fluid Dynamics (CFD)

HVAC Course

Piping and Plant Engineering

Plant Equipment Design

Aerostructure Design

Energy Engineering

Automotive Product Design

Heavy Engineering Design

Manufacturing Engineering

Marine & Offshore Structure Design

Consumer Product Design