首页> 外国专利> Khrustalyov EN METHOD DETERMINATION OF PHASE boundary of the elastic stress-strain state of the material medium in the array

Khrustalyov EN METHOD DETERMINATION OF PHASE boundary of the elastic stress-strain state of the material medium in the array

机译:Khrustalyov EN方法确定阵列中材料介质的弹性应力-应变状态的相界

摘要

Method Khrustalyova EN determine the boundaries of the elastic phase of the stress-strain state of the material medium in the array, the method comprising determining the strength physical parameters of a structured environment - ugolvnutrennego friction and (ct / cm) - specific cohesion at a depth h (cm) array through which the calculated upper bound elastic medium under compression and the lower boundary of the elastic medium under tension, characterized in that determining the proportion of environmental gamma (kg / cm), the upper limit of the elastic phase state of the environment when compression is determined by the magnitude of the gravitational (domestic) pressure corresponding to the limit of the loss of structural strength of the medium under compression, the lower limit of the elastic state of structured medium in tension is determined by the value and the lower limit of the elastic state of the environment from the damaged structure is determined by the magnitude of where σ- yield strength of the medium in compression (kg / cm), σ- yield strength of the medium tensile ( kg / cm), the value vyrazheniemopredelyayut "tooth" medium flow material tensile strength of the material parameters somewhere in the disturbed state of the environment.
机译:方法Khrustalyova EN确定阵列中材料介质的应力-应变状态的弹性相的边界,该方法包括确定结构化环境的强度物理参数-ugolvnutrennego摩擦力和(ct / cm)-深度h(cm)数组,通过该数组可计算出压缩时的上限弹性介质和拉伸时的弹性介质的下边界,其特征在于确定环境伽玛的比例(kg / cm),即弹性相态的上限当压缩由重力(国内)的大小决定,该压力对应于受压缩介质的结构强度损失的极限时,结构的弹性状态的下限由该值确定由损坏的结构引起的环境弹性状态的下限由σ的大小确定-压缩介质的屈服强度(kg / cm),σ-介质拉伸强度的屈服强度(kg / cm),值vyrazheniemopredelyayut“齿”介质流动材料的抗张强度处于受扰状态的材料参数环境。

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号