2022(好好做研究,海大有獎勵)(ppt,jpg) (機械為名)(機械合聘書)(土木為名)
1.
J. T. Chen, H. C. Kao, Y. T. Lee and J. W. Lee,
2022, Support motion of a finite bar with an external spring, Journal of Low
Frequency Noise, Vibration & Active Control, Vol.41, No.3, pp.1014-1029, April
2022, https://doi.org/10.1177/14613484221080346.(海大獎狀)(CSSV獎狀)
2.
W.M. Lee and J. T. Chen, 2022, Construction of dynamic
Green's function for an infinite acoustic field with multiple prolate spheroids,
Acta Mechanica, Vol.233, pp.5021–5041.
3.
J. T. Chen, J. W. Lee and S. K. Kao, 2022, Interaction between a screw
dislocation and an elastic elliptical inhomogeneity by using the angular basis
function, ZAMP, Vol.73:215.
4.陳正宗, 吳庭安, 周彥廷, 陳彥亨, 2022, 運算數學的幾個有趣教學與學習經驗分享, 數學傳播, 數學傳播 46卷2期, pp. 57-76.
5.
Y.T. Lee, J.H. Kao, Y.T. Chou, J.T. Chen, 2022, A systematic approach
for potentials on closely packed cells using the null-field boundary integral
equation in conjunction with the degenerate kernel and eigenfunction expansion,
Engineering Analysis with Boundary Elements, Vol.140, pp.98-112.(MSV獎狀)
6. J. T.
Chen, J. H. Kao, S. K. Kao, Y. T. Lee and S. R. Kuo, 2022, Study on the
double-degeneracy mechanism of BEM/BIEM for a plane elasticity problem,
Engineering Analysis with Boundary Elements, Vol.136, pp.290-302.
7. J. T. Chen, J. H. Kao, S. K. Kao,
and W. C. Tai,
2022, An
indirect BIE free of degenerate scales, Communications
on Pure and Applied Analysis, Vol.21, No.6,
pp.1969-1985.(NTOU/MSV獎狀)
8.
J. T. Chen, J. W Lee, S. K. Kao and W. C. Tai, 2022, Interaction between a screw
dislocation and an elliptical hole or rigid inclusion by using the angular-basis
function, Z Angew Math Mech (ZAMM), Vol.102, No.8, pp.1-9.
9.
J. T. Chen, Y. T. Chou, J. H. Kao and J. W. Lee, 2022,
Analytical solution for potential flow across two cylinders using the BIEin
conjunction with degenerate kernels of bipolar coordinates, Applied Mathematics
Letters, Appl Math Lett 132:108137.(MSV獎狀(jpg)(pdf))
10.
J. T. Chen, H. C. Kao, J. W. Lee and Y. T. Lee, 2022, Support motion of a finite
bar with a viscously damped boundary, J. Mechanics, Vol.38, pp.473-490.
(MSV獎狀)