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خانه / بایگانی برچسب: high velocity impact

بایگانی برچسب: high velocity impact

Simulation rigid projectile impact to the ceramic-CFRP panel in Abaqus-Damage investigation

In this tutorial, the Simulation rigid projectile impact to the ceramic-CFRP panel in Abaqus-Damage investigation – has been done. The rigid projectile is modeled as a three-dimensional shell part. The ceramic is modeled as a three-dimensional thick solid part. The CFRP or carbon fiber is modeled as a three-dimensional shell ...

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Simulation rigid impact to the composite panel(CFRP+TPU+AL) in Abaqus-Damage investigation

In this tutorial, the Simulation rigid impact to the composite panel(CFRP+TPU+AL) in Abaqus-Damage investigation – has been studied. The CFRP part is modeled as a shell part with eight layers. The Thermoplastic polyurethane is modeled as a three-dimensional solid part. The Aluminum part is modeled as a three-dimensional solid part. ...

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High-velocity impact on the RC panel- Paper validation

In this tutorial, the High-velocity impact of a bullet on the RC panel- Paper validation- is investigated. The dimensions are extracted from the paper. The concrete slab is modeled as a three-dimensional solid part. The steel reinforcements are modeled as three-dimensional wire parts. The bullet is modeled as a discrete ...

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Simulation high velocity impact of the steel projectile on the composite panel(Steel-Concrete-Epoxy glass) in Abaqus

In this tutorial, the Simulation high-velocity impact of the steel projectile on the composite panel(Steel-Concrete-Epoxy glass) in Abaqus has been investigated. The steel projectile is modeled as a cylindrical solid part. The steel plate as a first layer of the panel is modeled as a three-dimensional part. The concrete as ...

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Numerical simulation modeling of high velocity impact applied to reinforced concrete panel

In this tutorial Numerical simulation modeling of high velocity impact applied to reinforced concrete panel has been investigated. It is well known that concrete is much stronger in terms of compression than in tension. Because of its high com-pressive strength, and to enhance its tensile strength, tensile reinforcements are added ...

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Simulation rigid impact on granite stone with SPH method in Abaqus- Damage investigation

The material constitutive relationship is not only the conclusion of some regulations summarized from experimental data, but also plays an important role in numerical simulations. It reflects the realistic physical and mechanical properties of materials as much as possible to improve the accuracy of numerical results. At present, various kinds ...

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Numerical simulation of high velocity impact on Granite stone in Abaqus and investigate induced damage

The material constitutive relationship is not only the conclusion of some regulations summarized from experimental data, but also plays an important role in numerical simulations. It reflects the realistic physical and mechanical properties of materials as much as possible to improve the accuracy of numerical results. At present, various kinds ...

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Simulation Cold Spray process in Abaqus by using ALE method

In this tutorial Simulation Cols Spray process in Abaqus by using ALE method has been investigated. In Cold Spray, powder particles (typically 10 to 40 µm) are accelerated to very high velocities (200 to 1200 m.s-1) by a supersonic compressed gas jet at temperatures below their melting point. Upon impact with the ...

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Simulation high-velocity impact of a ceramic target with Johnson–Holmquist material model

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 ...

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Simulation high velocity bullet impact to three layers plate in Abaqus

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 ...

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