Feiyue Xia 🔬

Feiyue Xia

(he/him)

Ph.D candidate

University of Texas at Austin, PGE

Professional Summary

Feiyue Xia is a Ph.D. student in Petroleum Engineering at The University of Texas at Austin, advised by Professor Carlos Torres-Verdín. His research develops modeling and inversion methods for borehole acoustic measurements — including fast 3D eikonal simulation, adjoint-state first-arrival and reflection traveltime tomography, and finite-difference modeling of elastic and poroelastic wave propagation — to reconstruct high-resolution near- and far-borehole velocity images and improve formation evaluation in high-angle and horizontal wells. He earned his M.S. under Professor Xiao-Ming Tang at the China University of Petroleum (East China), where he studied forward modeling of borehole acoustic waves in cracked porous formations, with additional international study programs in Italy and Russia. His broader interests span borehole geophysics, rock physics, and ultrasonic reflection modeling and experiments, supported by a strong programming foundation in C/C++, Fortran, and Python with high-performance computing.

Education

The University of Texas at Austin logo

Ph.D. in Petroleum Engineering

2022-09-01
2027-06-30

The University of Texas at Austin

China University of Petroleum (East China) logo

M.S. in Geological Resources and Geological Engineering

2019-09-01
2022-05-31

China University of Petroleum (East China)

China University of Petroleum (East China) logo

B.S. in Exploration Technology and Engineering

2015-09-01
2022-05-31

China University of Petroleum (East China)

Interests

Borehole Geophysics Rock physics and Petrophysics Time-lapse data processing and analysis Formation evaluation Elastic waves modeling and inversion Ultrasonic Reflection modeling and experiments
Selected Publications
Featured Projects

Adjoint-State Borehole Acoustic First-Arrival & Reflection Traveltime Tomography

Efficient adjoint-state traveltime tomography to reconstruct near- and far-borehole velocity from monopole first and reflected arrivals.

3D Eikonal Simulation & Interpretation for Azimuthal First-Arrival Times

A fast 3D eikonal solver for analyzing azimuthal first-arrival times and slowness logs in high-angle and horizontal wells.

3D Numerical Simulation of Reflected Ultrasonic Bounded Beam

3D finite-difference simulation of transducer radiation and reflection to compute angle-dependent reflection coefficients of anisotropic rocks.

Recent Posts

Welcome to my website

A quick hello, and a note on what I plan to share here.

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Feiyue Xia