何其昌

學士 (B.S.) 1983.7 中國上海同濟大學 結構工程

碩士 (M.S.) 1986.7法國 里昂中央大學 力學博士

(Ph. D.) 1989.9 法國 里昂中央大學力學

國家重點力學實驗室主任08.1-至今 法國 法國國家科學研究中心

一級教授(1st Class Full Prof.)07.10-至今 法國 巴黎東部大學應用科學學院

工業工程學院院長00.1-02.2 法國 巴黎東部大學

二級教授(2nd Class Full Prof.) 99.9-07.8 法國巴黎東部大學應用科學學院

副教授(Associate Prof.) 98.9-99.8 瑞士洛桑邦理理工學院材料系

副教授(Associate Prof.) 94.9-98.8瑞士 洛桑聯邦理工學院機械系

助理教授(Assistant Prof.) 91.9-94.8 瑞士 洛桑聯邦理工學院機械系

博士後(Post-Doc. Fellow) 89.9-91.8 瑞士 洛桑聯邦理工學院機械系

長期從事力學以及力學在機械工程、土木工程和材料科學中的基礎應用研究，現任法國巴黎東部大學一級教授、法國國家科學研究中心(CNRS)力學實驗室主任，領導一個由5位正教授、11位副教授和助理教授、26位博士研究生和博士後研究人員所組成的研究團隊。現擔任國際知名研究機構法國原子能委員會(CEA)和世界500強企業法國電力公司(EDF)、阿海琺公司(AREVA)的科技顧問。近年來，先後主持包括歐洲重大研究項目(COST 314)在內的科研項目近20項，累計科研經費近三百萬歐元；作為博士生導師，現已培養畢業13名博士，8名博士已成為歐洲高校或國際知名企業 (如EDF, Lafarge, Arcelor Mittal)的教授或科研骨幹。本人於2000年、2004年和2008年連續三次獲得四年一屆的法國高等教育與研究部優秀研究人員和博士導師獎。

所獲得的科技創新成果涉及接觸力學、摩擦學、損傷力學、連續介質力學、複合材料力學、細觀力學、納米材料力學、生物力學、水泥基材料、玻璃結構工程和核廢料處理等領域，累計發表SCI收錄論文60餘篇，其中絕大多數論文都發表在國際相關領域重要刊物，如在Journal of the Mechanics and Physics of Solids（44種力學國際期刊中影響因子排名第3位）發表5篇、在International Journal of Solids and Structures（同上,排名第11位）發表7篇。所取的多項源創新成果得到了國際同行的公認並被多篇權威專著引用或正面評述，為豐富和發展應用力學作出了重要貢獻。例如，首次獲得了板孔和入孔針之間的單邊協調接觸問題的解析解，國際固體與結構學報主編、牛津大學D.A. Hills教授認為該結果解決了困擾接觸力學領域四十多年來一個難題；第一次建立了兩個大變形固體的單邊接觸方程並且證明了其解的存在性，對此原創性成果，國際著名力學專家P. D. Panagiotopoulos教授在美國數學學會的“Mathematical Reviews”進行了重點介紹； 建立了一個接觸運動與摩擦模型，該成果被國際著名的Springer出版社出版、P. Wriggers教授所著的«Computational Contact Mechanics»權威專著用長達兩頁面進行大篇幅介紹。

所掌握的核心技術已成功應用於解決工業中一些重要實際問題。比如，通過與法國原子能委員會（CEA）、法國電力公司（EDF）合作，建立了一個有效的多尺度模擬混泥土材料化學-力學耦合特性的方法並解決了核廢料處理中混泥土結構耐久性難題；與法國建築科技中心 (CSTB) 的合作，為解決鋼化玻璃結構中摩擦盤連接和針載連接的關鍵問題，提出和發展了一個試驗和數值相結合的系統方法，為創建歐盟玻璃結構規範作出了重要貢獻。曾應邀國際固體力學著名刊物 Mechanics of Materials 專輯的客座主編，領導召開多次國際學術會議，長期擔任多個西方國家的自然科學基金評審專家、眾多本領域國際一流學術期刊的定期特邀評委、Acta Mechanica Solida Sinica等國際期刊編委。

REFEREED ARCHIVAL JOURNAL PUBLICATIONS (SCI PAPERS)

[A57] Le Quang, H., He, Q.C. (2008), Variational principles and bounds for elastic

inhomogeneous materials with coherent imperfect interfaces.Mechanics of Materials

(available online).

[A56] Le Quang, H., He, Q.C. (2008), Estimation of the effective thermoelastic moduli of

fibrous nanocomposites with cylindrically anisotropic phases.Archive of Applied

Mechanics(available online).

[A55] To, Q.D., He, Q.C. (2008), On the conforming contact problem in a reinforced pinloaded

structure with a non-zero second Dundurs’ constant.International Journal of

Solids and Structures45, 3935-3950.

[A54] Le, Q.V., Meftah, F., He, Q.C., Le Pape Y. (2008), Creep and relaxation functions of a

heterogeneous viscoelastic porous medium using the Mori-Tanaka homogenization

scheme and a discrete microscopic retardation spectrum.Mechanics of Time-

Dependent Materials11, 303-331.

[A53] To, Q.D., He, Q.C., Cossavella, M., Morcant, K., Panait, A. (2008), Stress analysis of

the adhesive resin layer in a reinforced pin-loaded joint used in glass structures.

International Journal of Adhesion and Adhesives(available online).

[A52] Monteiro, E., Yvonnet, J., He, Q.C. (2008), Computational Homogenization for nonlinear

conduction in heterogeneous materials using model reduction,Computational Materials

Science(available online).

[A51] Yvonnet, J., Le Quang, H., He, Q.C. (2008), An XFEM/level set approach to modelling

surface/interface effects and to computing the size-dependent effective properties of

nanocomposites,Computational Mechanics42, 119-131.

[A50] Le Quang, H., He, Q.C., Q.-S. Zheng (2008), Some general properties of Eshelby’s

tensor fields in transport phenomena and anti-plane elasticity.Int. J. Solids Structures

45, 3845-3857.

[A49] Stora E., Bary, B., He, Q.C. (2008), On estimating the transport properties of hardened

cement pastes.Transport in Porous Media, 2007 (available online).

[A48] To, Q.D., He, Q.C., Cossavella, M., Morcant, K., Panait, A. (2008), The tempering of

glass and the failure of tempered glass plates with pin-loaded joints: modelling and

simulation.Materials and Design29, 943-951.

[A47] Le Quang, H., He, Q.C. (2008), Effective pressure-sensitive elastoplastic behavior of

particle-reinforced composites and porous media under isotropic loading.International

Journal of Plasticity24, 343-370.

[A46] Le Quang, He, Q.C. (2007), A one-parameter generalized self-consistent model for

isotropic multiphase composites,Int. J. Solids Structures44, 6805–6825.

[A45] Le Quang, He, Q.C. (2007), Size-dependent effective thermoelastic properties of

nanocomposites with spherically anisotropic phases,J. Mech. Phys. Solids55, 1899-

1931.

[A44] Le Quang, He, Q.C. (2007), Thermoelastic composites with columnar microstructure

and cylindrically anisotropic phases: Part I – Exact results.Int. J. Eng. Sci. 45, 402-423.

[A43] Le Quang, He, Q.C. (2007), Thermoelastic composites with columnar microstructure

and cylindrically anisotropic phases: Part II – One-parameter generalized self-consistent

estimates.Int. J. Eng. Sci. 45, 424-435.

[A42] To, Q.D., He, Q.C., Cossavella, M., Morcant, K., Panait, A. (2007), Closed-form solution

for the contact problem of reinforced pin-loaded joints used in glass structures.Int. J.

Solids Structures44, 3887-3903.

[A41] Yvonnet J., He Q.-C. (2007), The Reduced Model Multiscale Method (R3M) for the

nonlinear homogenization of hyperelastic media at finite strains,Journal of

Computational Physics223, 341-368.

[A40] To, Q.D., He, Q.C., Cossavella, M., Morcant, K., Panait, A., Yvonnet J. (2007), Failure

analysis of tempered glass structures with pin-loaded joints.Engineering Failure

Analysis14, 841–850.

[A39] Pensée V., He Q.-C. (2007), Generalized self-consistent estimation of the apparent

isotropic elastic moduli and minimum representative volume element size of

heterogeneous media,Int. J. Solids Structures44, 2225–2243.

[A38] He, Q.C. (2007), Lower bounds on the stress and strain fields inside random two-phase

elastic media.Acta Mechanica188, 123–137.

[A37] Panait, A., He, Q.C., Bary, B., Cossavella, M. and Morcant, K. (2007), A coupled

experimental and numerical approach to the integrity of friction-grip connections in glass

structures.Engineering Failure Analysis14, 23-35.

[A36] He, Q.C., Zheng, Q.S. (2006), Decomposition of large incompressible deformations.

Journal of Elasticity85, 175-187.

[A35] Ting, T.C.T., He, Q.C. (2006), Decomposition of elasticity tensors and tensors that are

structurally invariant in three-dimensions.Quarterly J. Mech. Appl. Math. 59, 323-341.

[A34] Stora, E., He, Q.C. and Bary, B. (2006), Influence of inclusion shapes on the effective

linear elastic properties of hardened cement pastes.Cement and Concrete Research

36, 1330-1344.

[A33] He, Q.C., Le Quang, H. and Feng, Z.Q. (2006), Exact results for the homogenization of

elastic fiber-reinforced solids at finite strain.J. Elasticity83, 153-177.

[A32] Stora, E., He, Q.C., Bary, B. (2006), A mixed composite spheres assemblage model for

the transport properties of random heterogeneous materials with high contrasts.Journal

of Applied Physics100, 084910-1-7.

[A31] Feng, Z.-Q., Peyraut, F., He, Q.C. (2006), Finite deformations of Ogden’s materials

under impact loading.Int. J. Non-Linear Mech.41, 575-585.

[A30] Vallée, C., He, Q.C. and Lerintiu, S. (2006), Convex analysis of the eigenvalues of a 3D

second-order symmetric tensor.J. Elasticity83, 191-204.

[A29] He, Q.C. and Pensée, V. (2005), A spherically anisotropic microstructure model for fluidsaturated

poroelastic isotropic materials.Int. J. Fracture136, L19-L26.

[A28] He, Q.C., Le Quang, H. (2005), Microstructures for the realization of every

compressibility or conductivity between the bounds of Hashin and Shtrikman.Comptes

Rendus Mecanique333, 439-445.

[A27] He, Q.C., Vallée, C. and Lerintiu, S. (2005), Explicit expressions for the plastic

normality-flow rule associated to the Tresca yield criterion.Z. angew. Math. Phys.56,

357-366.

[A26] Cowin, S.C. and He, Q.C. (2005), Tensile and compressive stress yield criteria for

cancellous bone.J. Biomechanics38, 141-144.

[A25] He, Q.C. (2004), Variational and microstructure-Independent relations for piezoelectric

composites.J. Materials Sci. Tech.20, 69-72.

[A24] He, Q.C. and Ramtani, S. (2004), Effect of cylindrical orthotropy of a long bone on its

internal remodelling due to a medullary pin..Arch. Physiology Biochemistry112, 175.

[A23] Le Quang, H. and He, Q.C. (2004), Micromechanical estimation of the shear modulus of

a composite consisting of anisotropic phases.J. Materials Sci. Tech.20, 6-10.

[A22] He, Q.C. (2004), Characterization of the anisotropic materials capable of exhibiting an

isotropic Young or shear or area modulus.Int. J. Eng. Sci. 42, 2107-2118.

[A21] He, Q.C. and Benveniste, Y. (2004), Exactly solvable spherically anisotropic

thermoelastic microstructures.J. Mech. Phys. Solids52, 2661-2682.

[A20] He, Q.C. and Le Quang, H. (2004), Uniform strain fields and exact results in an

elastoplastic fibre-reinforced composite.Comptes Rendus Mecanique332, .

[A19] Panait, A., He, Q.C., Ami Saada, R., Bary, B., Cossavella, M. and Morcant, K. (2004),

experimental investigation of the time-dependent dry frictional behaviour of Glass and

aluminium.Wear257, 271-278.

[A18] He, Q.C. (2004), Composite materials whose phases have partially equal elastic moduli.

Mechanics of Materials36, 1207-1215.

[A17] He, Q.C., Pensée, V. and Lu, Y.F. (2004), Poroelastic modelling of rock joints as rough

surfaces in unilateral contact.Int. J. Rock Mech. Mining Sci. 41S1, 372-377.

[A16] He, Q.C. and Bary, B. (2004), Exact relations for the effective properties of nonlinearly

elastic inhomogeneous materials.Int. J. Multiscale Computational Engineering2, 19-33.

[A15] He, Q.C. (2003), Characterization of a class of polycrystals whose effective elastic bulk

moduli can be exactly determined,Comptes Rendus Mecanique331, .

[A14] He, Q.C. (2002), 3D elastic neutral inclusions with imperfect interfaces,Comptes

Rendus Mecanique330, 691-696.

[A13] He, Q.C. (2001), Effects of size and boundary conditions on the yield strength of

heterogeneous materials,J. Mech. Phys. Solids49, 2557-2575.

[A12] Zheng, Q.S., He, Q.C. and Curnier, A. (2000), Simple shear decomposition of the

deformation gradient.Acta Mechanica140, 131-147.

[A11] He, Q.C. (1999), Uniform fields and microstructure-independent relations in nonlinear

elastic fibrous composites.J. Mech. Phys. Solids47, 1781-1793.

[A10] He, Q.C. (1998), More on stress invariance conditions for the traction boundary value

problems of plane linear elasticity.Int. J. Solids Structures35, 3519-3537.

[A9] He, Q.C. (1997), A direct proof of the uniqueness of the square-root of a positivedefinite

tensor.J. Elasticity47, 251-253.

[A8] He, Q.C. (1997), A remarkable tensor in plane linear elasticity. ASMEJ. Appl. Mech.63,

704-707.

[A7] He, Q.C., Telega, J.J., and Curnier, A. (1996), Unilateral contact of two solids subject to

large deformations: formulation and existence results.Proc. R. Soc. Lond. A. 452, 2691-

2717.

[A6] He, Q.C. and Zheng, Q.S. (1996), On the symmetries of 2D elastic and hyperelastic

tensors.J. Elasticity43, 203-225.

[A5] He, Q.C. and Curnier, A. (1995), A more fundamental approach to damaged elastic

stress-strain relations.Int. J. Solids Structures32, 1433-1457.

[A4] Curnier, A., He, Q.C., and Zysset, P. (1995), Conewise linear elastic materials.J.

Elasticity37, 1-38.

[A3] He, Q.C. and Curnier, A. (1994), On some one-to-one constitutive correspondences in

plasticity.Arch. Mech.46, 989-1004.

[A2] He, Q.C. and Curnier, A. (1993), Anisotropic dry friction between two orthotropic

surfaces undergoing large displacements.Eur. J. Mech. A/Solids12, 631-666.

[A1] Curnier, A., He, Q.C., and Telega, J.J. (1992), Formulation for unilateral contact

between two elastic bodies undergoing finite deformations.C. R. Acad. Sci. Paris Série, //314, 1-6. ^[1]