**
Publication List of Prof. Dehao Y****u**

**1.
**Books

[1] D.H. Yu, Mathematical Theory of Natural Boundary Element
Method, *Science Press*, Beijing, 1993.

[2] D.H. Yu, The Natural Boundary
Integral Method and Its Applications, *Science
Press & Kluwer Academic Publishers*, 2002.

[3] D.H. Yu, H.Z. Tang, Numerical Solutions of Differential
Equations, *Science Press*, Beijing, 2003.

**2.
**Papers in Journals

[1] D.H. Yu, Canonical integral
equations of bi-harmonic elliptic boundary value problems,
*Math. Numer. Sinica*, 4:3(1982), 330--336.

[2] D.H. Yu, Numerical solutions of harmonic and biharmonic
canonical integral equations in interior or exterior circular domains,*
J. Comp. Math.*, 1:1(1983), 52--62. (SCI)

[3] D.H. Yu, Numerical solution of harmonic canonical
integral equation over sector with crack and concave angle, *
J. on Numer. Meth. and Comp. Appl.*, 4:3(1983),
183--188.

[4] D.H. Yu, Coupling canonical boundary element method with
FEM to solve harmonic problem over cracked domain, *J.
Comp. Math.*, 1:3(1983), 195--202. (SCI)

[5] D.H. Yu, Canonical boundary element method for plane
elasticity problems, *J. Comp. Math.*,
2:2(1984), 180--189. (SCI)

[6] D.H. Yu, Approximation of boundary conditions at infinity
for a harmonic equation, *J. Comp. Math.*,
3:3(1985), 219--227. (SCI)

[7] D.H. Yu, Canonical integral equations of Stokes problem,
*J Comp. Math.*, 4:1(1986), 62--73. (SCI)

[8] D.H. Yu, A system of plane elasticity canonical integral
equations and its application, *J. Comp. Math.*,
4:3(1986), 200--211. (SCI)

[9] I. Babuska, D.H. Yu, Asymptotically exact a-posteriori
error estimator for biquadratic elements, *Finite
Elements in Analysis and Design*, 3(1987), 341--354. (SCI, EI)

[10] D.H. Yu, Self-adaptive boundary
element methods,* ZAMM*, 68:5(1988),
435--437.

[11] W.L. Wendland, D.H. Yu, Adaptive boundary element
methods for strongly elliptic integral equations, *
Numerische Mathematik*, 53(1988), 539--558. (SCI)

[12] D.H. Yu, Mathematical foundation of adaptive boundary
element methods, Lectures on the 2nd World Congress on Computational Mechanics,
Stuttgart, 1990, 308--311; *Comp. Meth. in Appl. Mech.
and Engrg.*, 91(1991), 1237--1243. (SCI, EI)

[13] D.H. Yu, Asymptotically exact a-posteriori error
estimator for elements of bi-even degree, *Math. Numer.
Sinica*, 13:1(1991), 89--101; *Chinese J. of
Numer. Math. and Appl.*, 13:2(1991), 64--78.

[14] D.H. Yu, Asymptotically exact a-posteriori error
estimator for elements of bi-odd degree, *Math. Numer.
Sinica*, 13:3(1991), 307--314; *Chinese J.
of Numer. Math. and Appl.*, 13:4(1991), 82--90.

[15] D.H. Yu, Extraction of higher derivatives in FEM for
Poisson equation and plane elasticity problem, *Math.
Numer. Sinica*, 14:1(1992), 107--117.

[16] D.H. Yu, Extraction methods for derivatives in finite
element approximations of Stokes problem, *Math. Numer.
Sinica*, 14:2(1992), 184--193.

[17] W.L. Wendland, D.H. Yu, A-posteriori local error
estimates of boundary element methods with some pseudo-differential equations on
closed curves, *J. Comp. Math.*, 10:3(1992),
273--289. (SCI, EI)

[18] D.H. Yu, The coupling of natural BEM and FEM for Stokes
problem on unbounded domain, *Math. Numer. Sinica*,
14:3(1992), 371--378; *Chinese J. of Numer. Math. and
Appl.*, 14:4(1992), 111--120.

[19] D.H. Yu, A-posteriori local error estimates for some
finite and boundary element methods, *Advances in
Engineering Software*, Special issue on accuracy estimate and
adaptive meshes for FEM/BEM, 15(1992), 175--179. (SCI, EI)

[20] D.H. Yu, The approximate computation of hypersingular
integrals on interval, *Numer. Math. J. Chinese Univ.*,
1:1(1992), 114--127.

[21] D.H. Yu, The numerical computation of hypersingular
integrals and its application in BEM, *Advances in
Engineering Software*, 18(1993), 103--109. (SCI, EI)

[22] D.H. Yu, Natural boundary element method and adaptive
boundary element method---Some new developments in the boundary element methods
in China, Contemporary Mathematics 163, *Computational
Mathematics in China*, Z.-C. Shi, C.-C. Yang eds., American
Mathematical Society, 1994, 185--204.

[23] D.H. Yu, Adaptive methods in finite and boundary element
computations, *Progress in Natural Science*
(Chinese Edition), 4:2(1994), 142¡ª148£»*Progress
in Natural Science*£¨English
Edition£©,
4:2(1994), 137--146. (EI)

[24] D.H. Yu, The computation of hypersingular integrals on
circle and its error estimates, *Numer. Math. J.
Chinese Univ.*, 16:4(1994), 332--339.

[25] K. Feng, D.H. Yu, A theorem for the natural integral
operator of harmonic equation, *Math. Numer. Sinica*,
16:2(1994), 221--226; *Chinese J. of Numer. Math. and
Appl.*, 16:3(1994), 95--101.

[26] D.H. Yu, A domain decomposition method based on the
natural boundary reduction over unbounded domain, *
Math. Numer. Sinica*, 16:4(1994), 448--459; *
Chinese J. Num. Math. and Appl.*, 17:1(1995),
95--105.

[27] D.H. Yu, On relationships between Steklov¡ªPoincare
operators and natural integral operators and Green functions,
*Math. Numer. Sinica*, 17:3(1995), 331--341;
*Chinese J. Numer. Math. & Appl.*,
17:4(1995), 95--106.

[28] D.H. Yu, Discretization of non-overlapping domain
decomposition method for unbounded domains and its convergence,
*Math. Numer. Sinica*, 18:3(1996), 328--336;
*Chinese J. Numer. Math. and Appl.*,
18:4(1996), 93--102.

[29] Q. Zheng, D.H. Yu, A Schwarz alternative method for
unbounded domains and its discretization based on natural boundary reduction
over half-plane, *Math. Numer. Sinica*,
19:2(1997), 205--218; *Chinese J. Numer. Math. and Appl.*,
19:3(1997), 78--93.

[30] Q. Zheng, D.H. Yu, An overlapping domain decomposition
method based on the natural boundary reduction for biharmonic boundary value
problems over unbounded domains, *Math. Numer. Sinica*,
19:4(1997), 438--448; *Chinese J. Numer. Math. & Appl.*,
20:1(1998), 89--101.

[31] Q. Zheng, D.H. Yu, An overlapping domain decomposition
method for harmonic BVP on the unbounded sector domain, *
J. on Numer. Meth. and Comp. Appl.*,
19:1(1998), 64--73.

[32] D.H. Yu, Selection of relaxation factor and convergence
rate for D-N DDM over unbounded domain, *Chinese J. of
Comp. Physics*, 15:1(1998), 53--57.

[33] X.J. Yu, D.H. Yu, Y.Z. Bao, The adaptive finite element
methods and a posteriori error estimates, *Chinese J.
of Comp. Physics*, 15:5(1998), 513--530.

[34] J.M. Wu, D.H. Yu, An approximate computation of
hypersingular integrals on interval, *J. on Numer. Meth.
& Comp. Appl.*, 19:2(1998), 118--126; *
Chinese J. Numer. Math. & Appl.*, 21:1(1999), 25--33.

[35] J.M. Wu, D.H. Yu, The natural integral equations of 3-D
harmonic problems and their numerical solutions, *Math.
Numer. Sinica*, 20:4(1998), 419--430; *
Chinese J. Numer. Math. & Appl.*, 21:1(1999), 73--85.

[36] Q.K. Du, D.H. Yu, Discretization of the coupling of
finite element and boundary integral and its error analysis for parabolic
initial boundary value problem, *Math. Numer. Sinica*,
21:2(1999), 199--208.

[37] Q.K. Du, D.H. Yu, On a class of coupled variational
formulations for a nonlinear parabolic equation, *
Northeast. Math. J.*, 15:3(1999), 332--340.

[38] J.M. Wu D.H. Yu, The natural integral equation of 3-D
exterior Helmholtz problem and its numerical solution, *
Chinese J. of Comp. Physics*, 16:5(1999),
449--456.

[39] Q.K. Du, D.H. Yu, The natural integral equation for
initial boundary value problems of parabolic equation and its numerical
implementation, *Math. Numer. Sinica*,
21:4(1999), 495--506; *Chinese J. Numer. Math. & Appl.*,
22:1(2000), 88--101.

[40] Q. Zheng, D.H. Yu, A non-overlapping domain
decomposition method for the exterior problem of plane elasticity equation, *
J. on Numer. Meth. and Comp. Appl.*,
21:1(2000), 11--21; *Chinese J. Numer. Math. & Appl.*,
22:3(2000), 12--24.

[41] J.M. Wu, D.H. Yu, The overlapping domain decomposition
method for harmonic equation over exterior 3-D domain, *
J. Comp. Math.*, 18:1(2000), 83--94. (SCI, EI)

[42] D.H. Yu, Z.P. Jia, The nonoverlapping DDM based on
natural boundary reduction for 2-D exterior Helmholtz problem,
*Math. Numer. Sinica*, 22:2(2000), 227--240;
*Chinese J. Numer. Math. & Appl.*,
22:3(2000), 55--72.

[43] Q.K. Du, D.H. Yu, Discretization of the coupling for
nonlinear parabolic equation and its error analysis, *
Numer. Math., J. Chinese Univ.*, 22:2(2000), 159--168.

[44] J.M. Wu, D.H. Yu, The natural boundary element method
for exterior elliptic domain, *Math. Numer. Sinica*,
22:3(2000), 355¡ª368; *Chinese J. Numer. Math. & Appl.*,
22:4(2000), 91--104.

[45] T. Kang, D.H. Yu, A posteriori error estimate of FD--SD
method for time-dependent convection--dominated diffusion equation and
adjustment technique of space mesh, *J. Numer. Meth. &
Comp. Appl.*, 21:3(2000), 194¡ª207; *Chinese
J. Numer. Math. & Appl.*, 22:4(2000), 76--90.

[46] Q. Zheng, D.H. Yu, A Schwarz method for solving the
exterior boundary value problem of plane elasticity equation by using natural
boundary reduction, *Numer. Math. J. Chinese Univ.*,
22:3(2000), 222--231.

[47] T. Kang, D.H. Yu, A posteriori error estimate of FD--SD
method for two-dimensional time-dependent convection-dominated diffusion
equation, *Math. Numer. Sinica*, 22:4(2000),
487--500; *Chinese J. Numer. Math. & Appl.*,
23:1(2001), 93--107.

[48] Q.K. Du, D.H. Yu, A non-overlapping
domain decomposition method for scattering problems, *
J. of Chongqing Jianzhu University*, 22:6(2000), 7--11.

[49] Q.K. Du, D.H. Yu, The coupling method based on the
natural boundary reduction for parabolic equation, *
Chinese J. of Comput. Physics*, 17:6(2000), 593--601.

[50] D.H. Yu, J.M. Wu, A nonoverlapping domain decomposition
method for exterior 3-D problem, *J. Comput. Math.*,
19:1(2001), 77--86. (SCI, EI)

[51] Q.K. Du, D.H. Yu, On the natural integral equation for
initial boundary value problems of 2-D hyperbolic equation,
*Acta Mathematicae Applicatae Sinica*,
24:1(2001), 17--26.

[52] Q.Y. Hu, D.H. Yu, A coupling of FEM--BEM for a kind of
Signorini contact problem, *Science in China
*(Series A, Chinese Edition), 31:2(2001), 124--135; *
Science in China* (Series A, English Edition),
44:7(2001), 895--906. (SCI, EI)

[53] Q.Y. Hu, D.H. Yu, Solving singularity problems in
unbounded domains by coupling of natural BEM and composite grid FEM, *
Applied Numerical Mathematics*, 37(2001),
127--143. (SCI, EI)

[54] Z.P. Jia, J.M. Wu, D.H. Yu,
The
coupling natural boundary--finite element method for solving 3-D exterior Helmholtz problem, *Math. Numer. Sinica*,
23:3(2001), 357¡ª368; *Chinese J. Numer. Math. & Appl.*,
23:4(2001), 79--93.

[55] Q.Y. Hu, D.H. Yu, A solution method
for a certain nonlinear interface problem in unbounded domains, *
Computing*, 67(2001), 119--140. (SCI, EI)

[56] Q.K. Du, D.H. Yu, Domain
decomposition methods based on natural boundary reduction for wave equation, *
Chinese J. of Computational Physics*,
18:5(2001), 417--422.

[57] T. Kang, D.H. Yu, A posteriori
error estimate of FD-SD method for one-dimensional Burgers equation and
adjustment technique of space mesh, *J. Engrg. Math.*,
18:4(2001), 49--54. (EI)

[58] Z.P. Jia, D.H. Yu, The overlapping DDM based on natural
boundary reduction for 2-D exterior Helmholtz problem, *
J. Num. Method & Comp. Appl.*, 22:4(2001),
241--253; *Chinese J. Numer. Math. & Appl.*,
24:1(2002), 1--15.

[59] D.H. Yu, Finite element methods, natural boundary
element method, and simplectic algorithms, *Studies in
College Mathematics*, 4:4(2001), 5--10.

[60] Q.Y. Hu, D.H. Yu, A preconditioner for coupling system
of natural boundary element and composite grid finite element, *
J. Comput. Math.*, 20:2(2002), 165--174. (SCI,
EI)

[61] D.H. Yu, Some developments of computational mathematics
and scientific/engineering computing in China, *
Advances in Mathematics* (China), 31:1(2002), 1--6.

[62] Q.K. Du, D.H. Yu, Natural boundary
element method for elliptic boundary value problems in domain with concave
angle, *J. of Marine Science and Technology*,
9:2(2001), 75--83.

[63] T. Kang, D.H. Yu, A posteriori error estimate of the DSD
method for first-order hyperbolic equations, *Applied
Mathematics and Mechanics* (Chinese Edition), 23:6(2002), 653¡ª660;
*Applied Mathematics and Mechanics *(English
Edition), 23:6(2002), 732--740. (SCI, EI)

[64] T. Kang, D.H. Yu, Some a posteriori error estimates of
the finite-difference streamline-diffusion method for convection-dominated
diffusion equations, *Advances in computational
Mathematics*, 15(2001), 193--218. (SCI)

[65] Q.K. Du, D.H. Yu, A domain decomposition method based on
natural boundary reduction for nonlinear time-dependent exterior wave problems,
*Computing*, 68(2002), 111--129. (SCI, EI)

[66] D.H. Yu, Z.P. Jia, Natural integral operator on elliptic
boundary and the coupling method for an anisotropic problem,
*Math. Numer. Sinica*, 24:3(2002), 375--384;
*Chinese J. Numer. Math. & Appl.*,
24:4(2002), 95--107.

[67] Q.K. Du, D.H. Yu, Dirichlet-Neumann alternating
algorithm based on the natural boundary reduction for the time-dependent
problems over an unbounded domain, *Applied Numerical
Mathematics*, 44(2003), 471--486. (SCI, EI)

[68] Q.K. Du, D.H. Yu, The natural boundary reduction for
some elliptic boundary value problems with concave angle domains,
*Math. Numer. Sinica*, 25:1(2003), 85--98;
*Chinese J. Numer. Math. & Appl.*,
25:2(2003), 10--27.

[69] H.B. Chen, D.H. Yu, E. Schnack, A simple a-posteriori
error estimation for adaptive BEM in elasticity, *
Computational Mechanics*, 30(2003), 343--354. (SCI, EI)

[70] Y.P. Chen, Y.Q. Huang, D.H. Yu, A two-grid method for
expanded mixed finite-element solution of semi-linear reaction-diffusions, *
Inter. J. Numer. Methods Engrg.*, 57(2003),
193--209. (SCI, EI)

[71] D.H. Yu, Q.K. Du, The coupling of natural boundary
element and finite element method for 2D hyperbolic equations, *
J. Comput. Math.*, f 21:5(2003), 585--594.
(SCI, EI)

[72] Y.P. Chen, D.H. Yu, Super-convergence of least-squares
mixed finite element for second order elliptic problems, *
J. Comput. Math.*, 21:6(2003), 825--832. (SCI,
EI)

[73] D.H. Yu, Natural boundary integral method and its new
development, *J. Comput. Math.*, 22:2(2004),
309--318. (SCI, EI)

[74] Z.P. Wu, D.H. Yu, On the coupled NBEM and FEM for
a class of semilinear exterior Dirichlet problem in R^2,
*Math. Numer. Sinica*, 26:2(2004), 237¡ª246;
*Chinese J. Numer. Math. & Appl.*,
26:3(2004), 86--95.

[75] Q.K. Du, D.H. Yu, Schwarz alternating method based on
natural boundary reduction for time-dependent problems on unbounded domains, *
Comm. Numer. Meth. Engrg.*, 20(2004), 363--378.
(SCI, EI)

[76] D.H. Yu, L.H. Zhao, Natural boundary integral method and
related numerical methods, *Engrg. Anal. with BE*,
28:8(2004), 937--944. (SCI, EI)

[77] D.H. Yu, Natural boundary integral equations and related
computational methods, *J. of Yanshan Univer.*,
28:2(2004), 111-113.

[78] Z.P. Wu. T. Kang, D.H. Yu, On the
coupled NBEM and FEM for a class of nonlinear exterior Dirichlet problem in R^2,
*Science in China*, Series A, Mathematics,
47, Supp., Apr. 2004, 181--189. (SCI, EI)

[79] Q.Y. Hu, Z.C. Shi, D.H. Yu,
Efficient solvers for saddle-point problems arising from domain decompositions
with Lagrange multipliers, *SIAM J. Numer. Anal.*,
42:3(2004), 905--933. (SCI)

**
[**80**]** T. Kang, Z.P. Wu,
D.H. Yu, An H-based A-\Phy method with a nonmatching grid for eddy current
problem with discontinuous coefficients, *J. Comput.
Math.*, 22:6(2004), 881--894.(SCI,EI)

**
[**81**]** Z.P. Wu, D.H. Yu,
The coupling of natural boundary element and finite element for semilinear
boundary value problems, *Chinese J. Comput. Physics*,
21:6(2004), 477¡ª483.(EI)

[82] Z.W. Jiang, D.H. Yu, Mixed covolume
methods on rectangular grids for Sobolev equation, *J.
Shandong Normal Univ.*, 20:1(2005), 1--5.

[83] D.H. Yu, L.H. Zhao, Boundary integral equations and a
posteriori error estimates, *Tsinghua Science and
Technology*, 10:1(2005), 35--42.(EI)

[84] Z.Z. Dong, S.C. Li, D.H. Yu, Boundary integral formula
of elastic problems in circle plane, *Applied
Mathematics and Mechanics* (Chinese Edition), 26:5(2005), 556¡ª560;
*Applied Mathematics and Mechanics* (English
Edition), 26:5(2005), 604--608.(SCI,EI)

[85] J.E. Yang, Q.Y. Hu, D.H. Yu, Domain decomposition with
non-matching grids for coupling of FEM and natural BEM, *
J. of Systems Science and Complexity*,
18:4(2005), 529-542.

[86] H.B. Chen, X.F. Guo, D.H. Yu, Regularized hyper-singular
boundary integral equations for error estimation and adaptive mesh refinement,
*Building Research Journal*, 53:1(2005),
33-44.

[87] Q.Y. Hu, D.H. Yu, Iteratively solving a kind of
Signorini transmission problem in a unbounded domain, *
ESIAM: Math. Model. And Numer. Anal.*, 39:4(2005), 715-726.

[88] S. Zhang, D.H. Yu, A mortar element method for coupling
natural boundary element method and finite element method for unbounded domain
problem, Contemporary Mathematics, 383, *Recent
Advances in Adaptive Computation*, Z.C. Shi et al. eds., American
Mathematical Society, 2005, 361-374.

[89] H.Y. Huang, D.H. Yu, Natural boundary element method for
three dimensional exterior harmonic problem with an inner prolate spheroid
boundary, *J. Comput. Math.*, 24:2(2006),
193-208.

[90] J.E. Yang, D.H. Yu, Domain decomposition with nonmatching grids for exterior transmission problems via FEM and DtN mapping,
*J. Comput. Math.*, 24:3(2006), 323-342.

** **

**3.
**Papers in Conference
Proceedings

[1] K. Feng, D.H. Yu, Canonical integral equations of
elliptic boundary value problems and their numerical solutions, **
Proceedings of China-France Symposium on the Finite
Element Method** (1982, Beijing), Science Press, Beijing, 1983,
211--252.

[2] D.H. Yu, Error estimates for the canonical boundary
element method, **Proc. of the 1984 Beijing
Symposium on Differential Geometry and Differential Equations**,
Feng Kang ed., Science Press, Beijing, 1985, 343--348.

[3] D.H. Yu, A-posteriori error estimates and adaptive
approaches for some boundary element methods, **
Boundary Elements IX**, Brebbia, C.A., Wendland, W.L., Kuhn, G.
eds., Springer-Verlag, Heidelberg, 1987, 241--256.

[4] D.H. Yu, Some mathematical aspects of adaptive boundary
elements, **Proc. of the 2nd China-Japan Symposium
on Boundary Element Methods**, Du Qing-hua, Tanaka, M. eds.,
Tsinghua Univ. Press, Beijing, 1988, 297--304.

[5] D.H. Yu, Adaptive boundary element methods and local
error estimates, **Proc. of the 2nd Conference of
BEM in Engineering**, Vol. 1, Nanning, 1988, 13--23.

[6] D.H. Yu, Some new developments in mathematical theory of
boundary element methods, **Theory of the
Combination Method of Analytic and Numerical Solutions and Applications in
Engineering**, Li Jia-bao ed., Hunan Univ. Press, Changsha, 1989,
228--232.

[7] H. Lang, D.H. Yu, Numerical solution of plate bending
problem by canonical BEM, **Proceedings of the
International Conference on Structural Engineering and Computation**,
Fu Zi-zhi, Gong Yao-nan eds., Peking Univ. Press, Beijing, 1990, 243--248.

[8] D.H. Yu, Mathematical foundation of adaptive boundary
element methods, **Lectures on the 2nd World
Congress on Computational Mechanics**, Stuttgart, 1990, 308--311.

[9] D.H. Yu, A direct and natural coupling of BEM and FEM,
**Boundary Elements XIII**, Brebbia,
C.A., Gipson, G.S. eds., Computational Mechanics Publications, Southampton,
1991, 995--1004.

[10] D.H. Yu, The p-adaptive boundary element method and its
a-posteriori error estimator, **Proc. of the 4th
China-Japan Symposium on Boundary Element Methods**, Du Qing-hua,
Tanaka, M. eds., International Academic Publishers, Beijing, 1991, 3--8.

[11] D.H. Yu, L.Q. Lu, The h-version and p-version of
adaptive boundary element method, **Proc. of the 3rd
Conference of BEM in China**, Wuhan, 1992, 444--451.

[12] D.H. Yu, Adaptive finite and boundary element methods
and the numerical evaluation of hypersingular integrals on K-meshes, **
Inter. Conf. on Comp. Of Diff. Eqs. and Dyn. Sys.**,
Beijing, 1992.

[13] D.H. Yu, The numerical evaluation of hypersingular
integrals in boundary element methods, **Proc. of
the 3rd Conf. on FEM in China**, Hunan, 1992, 7--10.

[14] D.H. Yu, The domain decomposition method of alternative
FEM and natural BEM over unbounded domain, **Proc.
of the 6th China-Japan Symposium on Boundary Element Methods**,
International Academic Publishers, Beijing, 1994, 3--7.

[15] D.H. Yu, Domain decomposition methods for unbounded
domains, **Proc. of 8th Inter. Conf. on DDM**
(1995, Beijing), Eds. R. Glowinski, J. Periaux, Z. Shi and O. Windlund, John
Wiley \& Sons Ltd., New York, 1997, 125--132.

[16] D.H. Yu, Applications of natural boundary integral
operators to domain decomposition methods for elliptic boundary value problems,
Research Report ICM-96-31,** ICMSEC**,
Chinese Academy of Science, 1996; **Proc. of 4th
Conference of CSIAM**, Fudan University Press, 1996, 21--26.

[17] D.H. Yu, D-N domain decomposition method based on
natural boundary reduction and its relaxation factor,
**Proc. of the 8th China--Japan Symp. on BEM**, Yao and
Tanaka eds., Inter. Academic Publishers, 1998, 6--10.

[18] D.H. Yu, J.M. Wu, An overlapping domain decomposition
method and its discretization for harmonic equation over exterior 3-D domain,
**Proc. of the 8th China--Japan Symp. on BEM**,
Yao and Tanaka eds., Inter. Academic Publishers, 1998, 17--22.

[19] D.H. Yu, Domain decomposition method based on NBIE for
elliptic problems in infinite domain, **Proc.
of 3rd China-Japan Symposium on Computational Mathematics** (Dalian,
1996), Zhong-ci Shi and M. Mori eds., Science Press, Beijing, 1998, 170--179.

[20] D.H. Yu, The natural integral operators and the domain
decomposition methods for 3-D exterior problems, **
Proc. of the 4th Japan--China Joint Seminar on Numerical Mathematics**
(Chiba, 1998), H. Kawarada, M. Nakamura and Z. Shi eds., Gakkotosho, Tokyo,
1999, 163--170.

[21] D.H. Yu, Some developments of the natural boundary
element method, **Bounary Elements XXII**,
C.A. Brebbia, H. Power eds., WIT Press, Southampton, 2000, 481--490.

[22] Q.Y. Hu, D.H. Yu, The Coupling of natural BEM and
composite grid FEM, Domain Decomposition Methods in Sciences and Engineering,
**Proc. of 12th Inter. Conf. on DDM**
(Chiba, Japan, 1999), T. Chan, T. Kako, H. Kawarada, O. Pironneau eds., ddm.org,
2001, 133--142.

[23] H.B. Chen, D.H. Yu, E. Schnack, Properties of boundary
integral operators in collocation BEM error estimation, Advances in
Computational Engineering & Sciences, **Proc. of
ICES'02**, Eds. S.A. Atluri & D.W. Pepper, Tech. Science Press,
2002.

[24] D.H. Yu, L.H. Zhao, Analysis of hypersingular residuals
and a posteriori error estimates in boundary element methods, Boundary Element
Techniques, **Proc. of 3rd Inter. Conf. on Boundary
Element Techniques**, Eds. Z. Yao & M.H. Aliabadi, Tsinghua
University Press/Springer, 2002, 261--266.

[25] Z.Z. Dong, S.C. Li, D.H. Yu, Some limit formulas of
generalized functions and their applications, **
Modern Mathematics and Mechanics, MMM-IX**, S.Q. Dai ed., Shanghai
University Press, 2004.

[26] S. Zhang, D.H. Yu, Preconditioners for coupling natural
BEM and FEM, **Advance in Boundary Integral Methods**,
K. Chen ed., The University of Liverpool, 2005, 32-41.

**
4£®**Other
Papers** **

[1] K. Feng, D.H. Yu, Natural boundary reduction and domain
decomposition, Collected Works of Feng Kang, Vol. 1, *
Defence Industrial Press*, Beijing, 1994, 367--371.

[2] D.H. Yu, W.M. Xue, H.C. Huang, A Dirichlet-Neumann
alternating method in infinite domain: algorithm and convergence analysis,
Research Report, ICM-95-31, *Chinese Academy of
Sciences*; Technical Report, Math-092, Dept. of Math., Hong Kong
Baptist University, 1995.

[3] D.H. Yu, J.M. Wu, The natural boundary element method and
domain decomposition method over unbounded domain, *
Mechanics and Engineering*, Zh. Yao, X. Wang, Zh. Cen eds.,
*Tsinghua University Press*, 1999, 416--421.

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