Simulation study on the damage behavior of tantalum target plates under high-velocity projectile impact

Author:

Wang Yuntian,Yang Min,Hu Danping,Wei Qiujie,Zhang Ying,Guo Yuzhu

Abstract

Abstract This study aims to explore the damage behavior of tantalum target plates under high-velocity projectile impact, addressing the threats of damage in the aerospace field due to debris and other factors. With the advent of low-cost space launches and large satellite projects, spacecraft such as space stations are facing increasingly severe collision risks. The research utilizes numerical simulation techniques, based on ANSYS/AUTODYN software and the Smoothed Particle Hydrodynamics (SPH) method, to simulate the impact process of projectiles of different velocities (1 ∼ 10 km/s) and materials (aluminum and steel) on tantalum target plates. The results are intended to provide theoretical support for the design of spacecraft protection structures and contribute data support for establishing a millimeter-level space debris impact database.

Publisher

IOP Publishing

Reference11 articles.

1. Spacecraft damage infrared detection algorithm for hypervelocity impact based on double-layer multi-target segmentation [J];Yang;Front. Inform. Technol. Electron. Eng,2022

2. Material Damage in Space from Microparticle Impact [J];Berthoud;Journal of Materials Science,1997

3. Low Earth Orbit Environmental Effects on Materials [J];Tan;Journal Aerospace Materials & Technology,2003

4. Smoothed particle hydrodynamics (SPH): an overview and recent developments [J];Liu;Archives of Computational Methods in Engineering,2010

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