Simulation of the delay effect after applying a simple overload on alloys of aluminum 2024T351 using the Willemborg model
作者: Kaddour BahramMohamed ChaibAbdelkader SlimeneBenattou Bouchouicha
刊名: Frattura ed Integrità Strutturale, 2020, Vol.14 (51), pp.467-476
来源数据库: Gruppo Italiano Frattura
DOI: 10.3221/IGF-ESIS.51.35
关键词: Aluminum alloys2024T351FatiguePlastic zoneSimple overloadWillenbourg model
原始语种摘要: The structures in service are subjected to loads whose amplitude varies most often over time. These differences in loading cycle levels will have a direct impact on the propagation of cracks that can lead to accelerations or slowdowns in the propagation speed of these cracks. Indeed, the delay of the propagation of a crack produced by the application of a simple overload depends on several parameters, such as the material, the loading, the geometry of the specimen and the environment. In this paper, we will try to master more light only on the influence of the loading parameters such as the load ratio, the overload rate on crack propagation, the propagation speed, the number of delay cycle, using the AFGROW calculation code and the willenbourg model, which describes the delay after...
全文获取路径: Gruppo Italiano Frattura 

  • alloys 多组分胶
  • aluminum 
  • overload 超载
  • delay 延时
  • propagation 传播
  • parameters 参数
  • model 模型
  • calculation 计算
  • light 
  • loading 加负载