بایگانی برچسب: silicon carbide

In this tutorial, the Simulation pullout behavior of a silicon carbide (ceramic) nail from the bone in Abaqus has been investigated with two interaction methods. The ceramic nail or screw is a three-dimensional solid part. The bone is modeled as a three-dimensional solid part. Because of the part’s difficulties, they ...

In this tutorial, the Simulation oblique high-velocity impact of an aluminum rod to the silicon-carbide target in Abaqus has been investigated. The silicon-carbide target is modeled as a three-dimensional solid part. The aluminum projectile is modeled as a three-dimensional solid part. You can see a figure of the assembled parts ...

In this video Simulation high-velocity impact of a ceramic target with Johnson–Holmquist material model has been studied.Ceramic materials are commonly used in armor protection applications. In recent years Johnson, Holmquist, and their coworkers have developed a series of constitutive relations to simulate the response of ceramic materials under large strain, high-strain ...

In this video Simulation high velocity bullet impact to three layers plate in Abaqus has been investigated. To model all part three dimensional space was used. Ductile and Shear damage with evolution for modeling steel behavior, Johnson-Cook damage and plasticity for modeling aluminium behavior and Ductile damage couple with Drucker-Prager plasticity for ...

This is full English video step by step explain simulation high velocity impact of a steel projectile into the ceramic-composite plate in Abaqus . During the analysis the projectile penetrate into the plate and removed ceramic elements but the composite elements had a good performance against the steel rod penetration ...

This is a full English video to clarify high velocity impact of a steel projectile on to the ceramic plate reinforced with steel in Abaqus software. The steel projectile and steel plate have been modeled as a deformable part and for material model ductile with shear damage couple with damage ...