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PAHALA GEDARA JAYATHILAKE

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Full Name
PAHALA GEDARA JAYATHILAKE
Variants
Jayathilake, P.G.
 
Main Affiliation
 
Faculty
 
Email
smapgj@nus.edu.sg
 

Publications

Results 1-12 of 12 (Search time: 0.12 seconds).

Issue DateTitleAuthor(s)
12012Acoustic wave scattering by two dimensional inclusion with irregular shape in an ideal fluidKhoo, B.C. ; Liu, G. ; Jayathilake, P.G. 
2Dec-2009Capsule-substrate adhesion in the presence of osmosis by the immersed interface methodJayathilake, P.G. ; Khoo, B.C. ; Tan, Z. 
3Dec-2011Capsule-substrate adhesion in the presence of osmosis by the immersed interface methodJayathilake, P.G. ; Khoo, B.C. ; Tan, Z. 
4Feb-2012Conformal mapping for the Helmholtz equation: Acoustic wave scattering by a two dimensional inclusion with irregular shape in an ideal fluidLiu, G. ; Jayathilake, P.G. ; Khoo, B.C. ; Han, F.; Liu, D.K.
52010Deformation and osmotic swelling of an elastic membrane capsule in Stokes flows by the immersed interface methodJayathilake, P.G. ; Tan, Z. ; Khoo, B.C. ; Wijeysundera, N.E. 
62010Effect of membrane permeability on capsule substrate adhesion: Computation using immersed interface methodJayathilake, P.G. ; Khoo, B.C. ; Tan, Z. 
7Oct-2011Muco-ciliary transport: Effect of mucus viscosity, cilia beat frequency and cilia densityLee, W.L.; Jayathilake, P.G. ; Tan, Z.; Le, D.V.; Lee, H.P. ; Khoo, B.C. 
815-May-2011Numerical study of a permeable capsule under Stokes flows by the immersed interface methodJayathilake, P.G. ; Liu, G. ; Tan, Z. ; Khoo, B.C. 
9Feb-2014Perturbation method for the second-Order nonlinear effect of focused acoustic field around a scatterer in an ideal fluidLiu, G. ; Jayathilake, P.G. ; Khoo, B.C. 
10Feb-2014Perturbation method for the second-Order nonlinear effect of focused acoustic field around a scatterer in an ideal fluidLiu, G. ; Jayathilake, P.G. ; Khoo, B.C. 
112011Three-dimensional numerical simulation of human nasal cilia in the periciliary liquid layerJayathilake, P.G. ; Vinh, L.D.; Lung, L.W.; Pueh, L.H. ; Cheong, K.B. 
1230-Aug-2012Three-dimensional numerical simulations of human pulmonary cilia in the periciliary liquid layer by the immersed boundary methodJayathilake, P.G. ; Tan, Z.; Le, D.V.; Lee, H.P. ; Khoo, B.C.