A study performed by Marbun et al. [1] claimed that “A new methodology to predict fracture pressure from former calculations, Matthew–Kelly and Eaton are proposed.” Also, Marbun et al.'s paper stated that “A new value of Poisson's and a stress ratio of the formation were generated and the accuracy of fracture gradient was improved.” We found those all statements are incorrect and some misleading concepts are revealed. An attempt to expose the method of fracture gradient determination from industry practice also appears to solidify that our arguments are acceptable to against improper Marbun et al.'s claims
A continuum mechanics approach to quantify brittle strain on weak faults: application to the extensi...
Britton criticizes the accuracy of the stress value obtained from electron backscatter diffraction (...
Recently, Hoang et al. (2021) discussed our paper Zou et al. (2020). In our paper, we made a stateme...
The Ayres-Stein model does correctly explain the anomalous {100} cleavage in the BCC metals. Fractur...
Basagaoglu et al. (2009) present a study on detailed unsaturated flow behavior in two-dimensional fr...
We reply to Prof. Linkov comments on our article entitled "Explicit versus implicit front advancing ...
The application of generalized continuum mechanics is rapidly increasing in different fields of scie...
c gr terms which modify the response of the standard elastic macroscopic continuum: one internal len...
International audienceIn our study (Bauville & Yamato, 2021, https://doi.org/10.1029/2020gc009280), ...
Fault and fracture networks are analysed to determine the deformation history and to help with such ...
A Comment on the Letter by Jean Schmittbuhl, Alex Hansen, and G. George Batroun, Phys Rev. Lett. 90,...
RECENTLY, Zhang and Karihaloo [1] published a paper about a thermodynamic framework for fracture mec...
To circumvent a mesh dependency of damage models, non‐local approaches such as phase‐field and gradi...
In the preceding paper in this volume (1), Arne Hillerborg presented a very interesting and valuable...
Gradient-enhanced damage models and phase-field models are seemingly very disparate approaches to fr...
A continuum mechanics approach to quantify brittle strain on weak faults: application to the extensi...
Britton criticizes the accuracy of the stress value obtained from electron backscatter diffraction (...
Recently, Hoang et al. (2021) discussed our paper Zou et al. (2020). In our paper, we made a stateme...
The Ayres-Stein model does correctly explain the anomalous {100} cleavage in the BCC metals. Fractur...
Basagaoglu et al. (2009) present a study on detailed unsaturated flow behavior in two-dimensional fr...
We reply to Prof. Linkov comments on our article entitled "Explicit versus implicit front advancing ...
The application of generalized continuum mechanics is rapidly increasing in different fields of scie...
c gr terms which modify the response of the standard elastic macroscopic continuum: one internal len...
International audienceIn our study (Bauville & Yamato, 2021, https://doi.org/10.1029/2020gc009280), ...
Fault and fracture networks are analysed to determine the deformation history and to help with such ...
A Comment on the Letter by Jean Schmittbuhl, Alex Hansen, and G. George Batroun, Phys Rev. Lett. 90,...
RECENTLY, Zhang and Karihaloo [1] published a paper about a thermodynamic framework for fracture mec...
To circumvent a mesh dependency of damage models, non‐local approaches such as phase‐field and gradi...
In the preceding paper in this volume (1), Arne Hillerborg presented a very interesting and valuable...
Gradient-enhanced damage models and phase-field models are seemingly very disparate approaches to fr...
A continuum mechanics approach to quantify brittle strain on weak faults: application to the extensi...
Britton criticizes the accuracy of the stress value obtained from electron backscatter diffraction (...
Recently, Hoang et al. (2021) discussed our paper Zou et al. (2020). In our paper, we made a stateme...