C. Trifu

发表

Microseismic Monitoring of a Controlled Collapse in Field II at Ocnele Mari, Romania

C. Trifu, V. Shumila, V. Shumila, 2010 .

Recent advances in seismic monitoring technology at Canadian mines

T. Urbancic, C. Trifu, Cezar-Ioan Trifu, 2000 .

Shear zone stress release heterogeneity associated with two mining-induced events of M 1.7 and 2.2

T. Urbancic, C. Trifu, 1998 .

High Resolution Seismic Monitoring at Mt Keith Open Pit Mine

C. Trifu, D. Goodchild, L. Morris, 2006 .

Management of High Stress and Seismicity at Vale Inco Creighton Mine

Fidelis T. Suorineni, C. Trifu, F. Malek, 2008 .

Rock-mass characterization using intrinsic and scattering attenuation estimates at frequencies from 400 to 1600 Hz

T. Urbancic, C. Trifu, A. Feustel, 1996 .

Dynamics of a Seismic Regime: Vrancea - A Case History

M. Radulian, C. Trifu, 2013 .

Frequency‐magnitude distribution of earthquakes in Vrancea: Relevance for a discrete model

M. Radulian, C. Trifu, 1991 .

A detailed analysis of the Strazhitza (Bulgaria) seismic sequences of 1986: location, focal mechanism and regional stress tensor

C. Trifu, M. Oncescu, D. Solakov, 1990 .

Numerical simulation of the earthquake generation process

M. Radulian, C. Trifu, Florin Octavian Cârbunar, 1991 .

Asperity distribution and percolation as fundamentals of an earthquake cycle

M. Radulian, C. Trifu, 1989 .

Optimal development of a regional seismic network. Exemplification for Romania

C. Trifu, 1983 .

Microearthquake mechanism from wave amplitudes recorded by a close-to-surface seismic array at Ocnele Mari, Romania

J. Šílený, C. Trifu, Z. Jechumtálová, 2014 .

Automatic time-domain calculation of source parameters for the analysis of induced seismicity

J. A. G. Alexander, T. Urbancic, C. Trifu, 1996 .

A Fast Evaluation of the Seismic Moment Tensor for Induced Seismicity

Dac Angus, D. Angus, C. Trifu, 2000 .

Reliability of Seismic Moment Tensor Inversions for Induced Microseismicity at Kidd Mine, Ontario

C. Trifu, V. Shumila, 2002 .

Fracture coalescence as a mechanism for earthquakes: observations based on mining induced microseismicity

T. Urbancic, C. Trifu, 1996 .

Microseismicity derived fault‐Planes and their relationship to focal mechanism, stress inversion, and geologic data

R. Paul Young, R. Young, T. Urbancic, 1993 .

Space-time correlations ofb values with stress release

R. Young, C. Trifu, J. M. Long, 1992 .

Would it have been possible to predict the 30 August 1986 Vrancea earthquake?

M. Radulian, C. Trifu, 1991, Bulletin of the Seismological Society of America.

Seismic hazard of the Circum-Pannonian region

G. Panza, M. Radulian, C. Trifu, 2000 .

Seismic Event Location and Source Mechanism Accounting for Complex Block Geology and Voids

D. Collins, C. Trifu, V. Shumila, 2014 .

OPTIMIZING MICROSEISMIC SOURCE EVENT LOCATION BY AP PLYING A VARIABLE VELOCITY MODEL TO A COMPLEX GEOLOGICAL AND MINING S ETTING AT THE NEW GOLD, NEW AFTON BLOCK CAVE

A. Davies, D. Collins, C. Trifu, 2013 .

Monitoring Mine Seismicity in Canada

C-I Trifu, J. A. G. Alexander, C. Trifu, 2005 .

The use of uniaxial recordings in moment tensor inversions for induced seismic sources

C. Trifu, V. Shumila, 2002 .

The Analysis of Stress Tensor Determined From Seismic Moment Tensor Solutions At Goldex Mine, Quebec

C. Trifu, V. Shumila, 2011 .

Geometrical And Inhomogeneous Raypath Effects On the Characterization of Open-pit Seismicity

C. Trifu, V. Shumila, 2010 .

Source parameters of mining-induced seismic events: An evaluation of homogeneous and inhomogeneous faulting models for assessing damage potential

R. P. Young, T. Urbancic, C. Trifu, 1995 .

Effects of rupture complexity and stress regime on scaling relations of induced microseismic events

T. Urbancic, C. Trifu, 1996 .