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Dynamic Simulation of Four Point Bending Test on a Gravity Beam

26,00 30,00
26,00 30,00
20 people watching this product now!

Material Includes

  • Abaqus files
  • Tutorial video
  • Papers

Audience

  • Civil engineers
  • Structural engineers
  • Mechanical engineers

What You Will Learn?

  • You will learn how to simulate a dynamic four-point bending test on a gravity beam in Abaqus, including material modeling with concrete damaged plasticity, contact definitions, boundary conditions, and result interpretation.

About Course

This tutorial covers the dynamic simulation of a four point bending test on a gravity beam in Abaqus. Gravity beams, a concept introduced here, are beam shapes designed using gravity and manufactured via Fabric Formwork. The beam is modeled as a 3D solid. Concrete’s complex quasi-brittle behavior is captured using the Concrete Damaged Plasticity model, which effectively represents tensile and compressive damage during bending. Both static and dynamic steps can be used for this analysis. Surface-to-surface contact is defined between the beam and the top rigid bodies, while ideal contact is used for the bottom rigid bodies. Appropriate boundary conditions and mesh settings are applied. The simulation provides results including stress, strain, tensile and compressive damage, and force-displacement data.

Course Content

Gravity Beam four pint bending

  • Files

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26,00 30,00
20 people watching this product now!

Material Includes

  • Abaqus files
  • Tutorial video
  • Papers

Audience

  • Civil engineers
  • Structural engineers
  • Mechanical engineers

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