K. H. Chen,
J. T. Chen, C. R. Chou and C. Y. Yueh, 2002, Dual boundary element
analysis of oblique incident wave passing a thin submerged breakwater,
Engineering Analysis with Boundary Elements, Vol.26, No.10,
pp.917-928. (SCI and EI)
K. H. Chen,
J. T. Chen, S. Y. Lin and Y. T. Lee, 2004, Dual boundary element
analysis of normal incident wave passing a thin submerged breakwater
with rigid, absorbing and permeable
boundaries, Journal of Waterway,
Port, Coastal and Ocean Engineering, ASCE, Vol.130, No.4, pp.179-190.
(SCI and EI) (要檔案請洽原作者,檔名:asce2004.pdf)
K. H. Chen
and J. T. Chen, 2006, Adaptive dual boundary element method for
solving oblique incident wave passing a submerged breakwater, Computer
Methods in Applied Mechanics and Engineering, Vol.196, No.1-3,
pp.551-565. (SCI and EI) (要檔案請洽原作者,檔名:cmame2006-adaptive.pdf)
K. H. Chen,
J. T. Chen, J. H. Kao and Y. T. Lee, 2009, Applications of dual
integral formulation in conjunction with fast multi-pole method to
oblique incident wave problem, International Journal for Numerical
Methods in Fluids, Vol.59, pp.711-751, 2009. (要檔案請洽原作者,檔名:aor2009-waterwaveinteraction.pdf)
J. T. Chen,
Y. T. Lee and Y. J. Lin, 2009, Interaction of water waves with
arbitrary vertical cylinders using null-field integral equations,
Applied Ocean Research, Vol.31, pp.101-110. (要檔案請洽原作者,檔名:eabe2017-kaoLeechen-finall.pdf
J. T. Chen,
Y. J. Lin, Y. T. Lee and C. F. Wu, 2011, Water wave interaction with
surface-piercing porous cylinders using null-field integral equations,
Ocean Engineering, Vol.38, pp.409-418. (要檔案請洽原作者,檔名:ocean2011-waterwave.pdf)
J. T. Chen,
C. F. Wu, J. W. Lee and Y. C. Hsiao, 2011, Analysis of water wave
problems containing single and multiple cylinders by using the
degenerate kernel method, ISOPE Journal, Vol.21, No.1, pp.13-21. (要檔案請洽原作者,檔名:isope2011.pdf)
J. T. Chen,
C. F. Wu, I. L. Chen and J. W. Lee, 2012, On the near-trapped modes
and fictitious frequencies for water wave problems containing an array
of circular cylinders using a null-field integral equations, European
Journal of Mechanics-B/Fluids, Vol.32, pp.32-34. (要檔案請洽原作者,檔名:ejmb2012-near-trap.pdf)
J. T. Chen
and J. W. Lee, 2012, Water wave problems using null-field boundary
integral equations: Ill-posedness and remedies, Applicable Analysis,
Vol.91, No.4, pp.675-702(要檔案請洽原作者,檔名:apan2012-water.pdf)
I. L. Chen,
J. W. Lee, Y. C. Hsiao and J. T. Chen, 2012, On physical and numerical
resonance for water wave problems using the dual boundary element
method, Engineering Analysis with Boundary Elements, Vol.36, No.11,
pp.1571-1580. (要檔案請洽原作者,檔名:eabe2012-ChenIL.pdf)
T Chen, J W
Lee, C F Wu and Y T Lee, 2013, Study of harbor resonance and focusing
by using the null-field BIEM, Engineering Analysis with Boundary
Elements, Vol.37, pp.1107-1116. (要檔案請洽原作者,檔名:eabe2013-harbor-final.pdf)
J. T. Chen
and J. W. Lee, 2013, A near-trapped mode and fictitious frequencies of
multiple scattering by an array of elliptical cylinders in water
waves, Physics of Fluids, Vol.25, No.9, 079103. (要檔案請洽原作者,檔名:pof2013-Chen-Lee.pdf)
J. T. Chen,
C. Y. Yueh, Y. L. Chang and C. C. Wen, 2017, Why dual BEM is
necessary? Engineering Analysis with Boundary Elements, Vol.76,
pp.59-68, 2017. (要檔案請洽原作者,檔名:EABE-2017-Chen-Yueh-Chang-Wen.pdf)
K.G. Vijay,
C. S. Nishad, S. Neelamani, and J.T. Chen, 2021, Dual BEM for Wave
Scattering by a H-Type Porous Barrier with Nonlinear Pressure Drop,
Engineering Analysis with Boundary Elements, Vol.131, pp.280-294. (要檔案請洽原作者,檔名:eabe2021-Taiwan-India.pdf)
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