Burzynski criterion is a well-known criterion is employed for pressure-sensitive isotropic materials. In the current study, this criterion is modified for asymmetric anisotropic materials called hear MB. Firstly, a modified deviatoric stress tensor is defined with a linear transformation to consider the anisotropy effects of materials. Secondly, MB is presented by the sum of n-components to have more capability to be calibrated with different numbers of experimental tests and thirdly, the non-linear impact of hydrostatic pressure is ignored due to the previous experiments. In this research, when associated flow rule (AFR) and non-associated flow rule (non-AFR) are employed to calibrate MB, it is called MB-1 and MB-2, respectively. Yielding of different alloys such as AA 2008-T4 and AA 2090-T3 with Face-Centered Cubic (FCC) structure and also AZ31 B, ZK61 M, high purity α-titanium, texture magnesium, Mg-0.5% Th alloy, Mg-4% Li alloy and Ti-4 Al-1/4 O₂ titanium alloy with Hexagonal Close-Packed (HCP) structure are studied to show the accuracy of MB-1 and MB-2. It is shown that the presented approach is very effective especially by using MB-2.

Burzynski准则是用于压敏各向同性材料的众所周知准则。在当前的研究中，此标准针对称为hear MB的非对称各向异性材料进行了修改。首先，通过线性变换定义修正的偏应力张量，以考虑材料的各向异性效应。其次，MB由n的总和表示-组件具有更多的能力，可以通过不同数量的实验测试进行校准，其次，由于先前的实验，静水压力的非线性影响被忽略了。在这项研究中，当使用关联流规则（AFR）和非关联流规则（non-AFR）来校准MB时，分别称为MB-1和MB-2。诸如具有面心立方（FCC）结构的AA 2008-T4和AA 2090-T3以及AZ31 B，ZK61 M，高纯度α-钛，织构镁，Mg-0.5％Th合金，Mg-研究了具有六边形密堆积（HCP）结构的4％Li合金和Ti-4 Al-1 / 4 O ₂钛合金，以显示MB-1和MB-2的精度。结果表明，所提出的方法特别有效，特别是通过使用MB-2。