Add to ORKGThe H. Matsuoka-T. Nakai failure criterion for a frictional material, and the Von Mises criterion for a cohesive material are expressed in such a way that they are seen to bear similar relationships to the cohesionless Mohr-Coulomb and Tresca criteria respectively. A generalization of the Matsuoka-Nakai and Von Mises criteria for materials with friction and cohesion is described, which bears a similar relationship to the general Mohr-Coulomb criterion. The new criterion is expressed conveniently in terms of principal stresses, and is also expressed in terms of stress invariants
In this paper, it is mathematically demonstrated that classical yield and failure criteria such as T...
Mohr-Coulomb's failure criterion for brittle materials is based on resistance to friction. Generally...
In material science or structural mechanics, failure is generally the loss of load carrying capacity...
The H. Matsuoka-T. Nakai failure criterion for a frictional material, and the Von Mises criterion fo...
Abstract Although Mohr-Coulomb failure criterion has limitations in that it is a linear criterion an...
Summarization: Herein, the construction of a three-parameter smooth hyperbolic failure criterion for...
authors have formulated Compact expressions for the Mohr-Coulomb criterion in terms of derived invar...
Summarization: In this paper, the performance of a hyperbolic failure criterion is compared with the...
On the assumption that the internal friction coefficient is a random variable, a probabilistic appro...
The Paul-Mohr-Coulomb failure criterion includes the intermediate principal stress sigma(II) and fri...
International audienceIn the framework of micromechanics approaches the aim of this paper is to inve...
In this paper, the common failure criteria of existing soil materials, such as the Mohr–Coulomb crit...
Youn-Kyou Lee* Abstract The generalized Hoek-Brown (H-B) function provides a unique failure conditio...
Some failure conditions for heterogeneous layered media, formed by two alternating homogeneous mater...
A systematic approach to measure the differences between Mohr-Coulomb (MC) and Drucker-Prager (DP) s...
In this paper, it is mathematically demonstrated that classical yield and failure criteria such as T...
Mohr-Coulomb's failure criterion for brittle materials is based on resistance to friction. Generally...
In material science or structural mechanics, failure is generally the loss of load carrying capacity...
The H. Matsuoka-T. Nakai failure criterion for a frictional material, and the Von Mises criterion fo...
Abstract Although Mohr-Coulomb failure criterion has limitations in that it is a linear criterion an...
Summarization: Herein, the construction of a three-parameter smooth hyperbolic failure criterion for...
authors have formulated Compact expressions for the Mohr-Coulomb criterion in terms of derived invar...
Summarization: In this paper, the performance of a hyperbolic failure criterion is compared with the...
On the assumption that the internal friction coefficient is a random variable, a probabilistic appro...
The Paul-Mohr-Coulomb failure criterion includes the intermediate principal stress sigma(II) and fri...
International audienceIn the framework of micromechanics approaches the aim of this paper is to inve...
In this paper, the common failure criteria of existing soil materials, such as the Mohr–Coulomb crit...
Youn-Kyou Lee* Abstract The generalized Hoek-Brown (H-B) function provides a unique failure conditio...
Some failure conditions for heterogeneous layered media, formed by two alternating homogeneous mater...
A systematic approach to measure the differences between Mohr-Coulomb (MC) and Drucker-Prager (DP) s...
In this paper, it is mathematically demonstrated that classical yield and failure criteria such as T...
Mohr-Coulomb's failure criterion for brittle materials is based on resistance to friction. Generally...
In material science or structural mechanics, failure is generally the loss of load carrying capacity...