This patent focuses on the moment tensor inversion solutions resulting from the joint amplitude spectra and P polarity inversion....
Microseismic monitoring provides insight into the location and extent of rock-mass fracturing induced by cave mining, enabling interpretation of the cave profile and validation of predictive numerical...
This chapter focuses on the microseismic application to unconventional resource with case studies, and also introduces the basic microseismic monitoring theory, data acquisition and processing methods...
Microseismic (MS) monitoring is extensively applied as a method for remotely imaging the effect of the treatment and the changes imposed on engineered reservoirs both in real time or post-treatment an...
The Aspö Pillar Stability Experiment (APSE), at SKB's Hard Rock Laboratory, involved the development of a pillar by excavating two deposition holes, 1m apart. The evolution of damage in the pillar...
The accuracy in the location of microseismic (MS) events relies, among other factors, on the use of a realistic velocity model in the forward calculation of travel times. During the hydraulic stimulat...
Hydraulic fracturing methods for reservoir treatment are applied to increasingly complex environments including naturally or previously fractured reservoirs. The potential interaction with the in-situ...
Microseismic (MS) monitoring is a hot topic in the applied geophysics recently．The MS mechanism and histories are introduced firstly in this article，and then the instruction of the MS equipment such a...
The interaction between hydraulic and natural fractures is of great interest for the energy resource industry because natural fractures can significantly influence the overall geometry and effectivene...
In this paper, in order to develop robust predictive models for engineering the reservoir and the induced or mobilized fracture network, a fully dynamic 2D Synthetic Rock Mass model is validated to si...
