Searched for: author:"Verga, F."
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document
Borello, E.S. (author), Fokker, P.A. (author), Viberti, D. (author), Verga, F. (author), Hofmann, H. (author), Meier, P. (author), Min, K.B. (author), Yoon, K. (author), Zimmermann, G. (author)
Harmonic Pulse Testing (HPT) has been developed as a type of well testing applicable during ongoing field operations because a pulsed signal is superimposed on background pressure trend. Its purpose is to determine well and formation parameters such as wellbore storage, skin, permeability, and boundaries within the investigated volume. Compared...
article 2019
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Fokker, P.A. (author), Salina Borello, E. (author), Verga, F. (author), Viberti, D. (author)
Harmonic testing was developed as a form of well testing that can be applied during ongoing production or injection operations, as a pulsed signal is superimposed on the background pressure trend. Thus no interruption of well and reservoir production is needed before and during the test. If the pulsed pressure and rate signal analysis is...
article 2018
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Shahid, A.S.A. (author), Wassing, B.B.T. (author), Fokker, P.A. (author), Verga, F. (author)
A geomechanical and fluid-flow coupled model was developed to simulate natural-fracture-network reactivation during hydraulicfracturing treatments in shale gas reservoirs. The fractures were modelled using the continuum approach in a commercial finitedifference code, labeled the "softening ubiquitous joints" model, with randomly distributed...
article 2015