NTUGeo
- Development of a parallel, multi-domain pseudo-spectral method for simulation of three-dimensional (3-D) seismic wave propagation in generalized inhomogeneous and anisotropic media (S.H. Hung)
- Theoretical underpinning of the Frechet kernel theory (aka. banana-doughnut theory) as a doctrine of seismic tomography (S.H. Hung)
- Comprehension of wave-front healing, scattering and other finite-frequency diffraction effects on seismic travel-times by virtue of numerical waveform modeling (S.H. Hung)
- Advance in the methodology of seismic tomography including multi-resolution banana-doughnut tomography (S.H. Hung) and Leane Tomography–seismic tomography using the Spectral Element method (Y. Gung)
- Coupling of numerical spectral element and normal-mode methods for efficiently computing accurate synthetic seismograms in a realistic 3-D earth (Y. Gung)
- Implementation of NACT (nonlinear asymptotic coupling theory) in regional seismic tomography (Y. Gung)
- Finite element and finite difference modeling of the process of the formation of theTaiwan collision belt (J.C. Hu)
- Numerical simulation of strain partitioning along Longitudinal Valley Fault in East Taiwan and of stress permutation in brittle tectonics (J.C. Hu)
- Development of a parallel, multi-domain pseudo-spectral method for simulation of three-dimensional (3-D) seismic wave propagation in generalized inhomogeneous and anisotropic media (S.H. Hung)
- Theoretical underpinning of the Frechet kernel theory (aka. banana-doughnut theory) as a doctrine of seismic tomography (S.H. Hung)
- Comprehension of wave-front healing, scattering and other finite-frequency diffraction effects on seismic travel-times by virtue of numerical waveform modeling (S.H. Hung)
- Advance in the methodology of seismic tomography including multi-resolution banana-doughnut tomography (S.H. Hung) and Leane Tomography–seismic tomography using the Spectral Element method (Y. Gung)
- Coupling of numerical spectral element and normal-mode methods for efficiently computing accurate synthetic seismograms in a realistic 3-D earth (Y. Gung)
- Implementation of NACT (nonlinear asymptotic coupling theory) in regional seismic tomography (Y. Gung)
- Finite element and finite difference modeling of the process of the formation of theTaiwan collision belt (J.C. Hu)
- Numerical simulation of strain partitioning along Longitudinal Valley Fault in East Taiwan and of stress permutation in brittle tectonics (J.C. Hu)
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