We reply to Prof. Linkov comments on our article entitled "Explicit versus implicit front advancing schemes for the simulation of hydraulic fracture growth" (Int. J. Numer. Anal. Methods Geomech., 2019, 43 (6), 1300-1315). We present additional results indicating that both the implicit and explicit front advancement schemes are robust even in the case of a large stress contrast
International audienceIn his Comment on our 2015 paper[1], Bruno Chareyre criticizes, as inaccurate,...
Dooge (2004) in “Bringing it all together ” concludes by posing “interesting problems deserving of a...
This article revisits the formulation of the J-integral in the context of hydraulic fracture mechani...
The proper computation of the time evolution of the fracture front is the main challenge of three-di...
Basagaoglu et al. (2009) present a study on detailed unsaturated flow behavior in two-dimensional fr...
In response to the “critical comments” by Dr. Linkov concerning our publication Wrobel et al. (2017)...
A study performed by Marbun et al. [1] claimed that “A new methodology to predict fracture pressure ...
One key part of the numerical solution of fluid-driven fracture propagation is the logic adopted to a...
This document addresses the comments raised by Lu et al. (2017). Lu et al. (2017) proposed an altern...
In recent years, hydraulic fracturing has led to a dramatic increase in the worldwide production of ...
In order to study the fracture propagation behavior after the interaction between hydraulic fracture...
Multi-stage multi-cluster hydraulic fracturing is currently the most effective method to stimulate l...
As illustrated in Figure 2 of our paper and as noted in numerous previous studies by Talbot [1990, 1...
Acknowledgments: The authors would like to thank the School of Engineering at the University of Aber...
A novel hydraulic fracture (HF) formulation is introduced which accounts for the hydraulically induc...
International audienceIn his Comment on our 2015 paper[1], Bruno Chareyre criticizes, as inaccurate,...
Dooge (2004) in “Bringing it all together ” concludes by posing “interesting problems deserving of a...
This article revisits the formulation of the J-integral in the context of hydraulic fracture mechani...
The proper computation of the time evolution of the fracture front is the main challenge of three-di...
Basagaoglu et al. (2009) present a study on detailed unsaturated flow behavior in two-dimensional fr...
In response to the “critical comments” by Dr. Linkov concerning our publication Wrobel et al. (2017)...
A study performed by Marbun et al. [1] claimed that “A new methodology to predict fracture pressure ...
One key part of the numerical solution of fluid-driven fracture propagation is the logic adopted to a...
This document addresses the comments raised by Lu et al. (2017). Lu et al. (2017) proposed an altern...
In recent years, hydraulic fracturing has led to a dramatic increase in the worldwide production of ...
In order to study the fracture propagation behavior after the interaction between hydraulic fracture...
Multi-stage multi-cluster hydraulic fracturing is currently the most effective method to stimulate l...
As illustrated in Figure 2 of our paper and as noted in numerous previous studies by Talbot [1990, 1...
Acknowledgments: The authors would like to thank the School of Engineering at the University of Aber...
A novel hydraulic fracture (HF) formulation is introduced which accounts for the hydraulically induc...
International audienceIn his Comment on our 2015 paper[1], Bruno Chareyre criticizes, as inaccurate,...
Dooge (2004) in “Bringing it all together ” concludes by posing “interesting problems deserving of a...
This article revisits the formulation of the J-integral in the context of hydraulic fracture mechani...