“力学动态”文摘，第8卷，第4期，2009年11月25日

本期编辑：陈文   雷冬  徐青艳

江苏省南京市西康路1号河海大学工程力学系（邮编:210098）

投稿信箱：mechbrief@hhu.edu.cn

过刊浏览与下载：http://em.hhu.edu.cn/mechbrief/

订阅或退订网址：http://em.hhu.edu.cn/mechbrief/register.html

编者按：《力学动态》文摘邮件列表目前由河海大学工程力学系维护，依托于江苏省力学学会信息工作部。

                 每月10日和25日发送，免费订阅、自由退订。欢迎发布信息、交流体会、共享经验。

本期目录：

     ◆ 新闻报道

    ² 力学与创新型人才培养高层论坛暨力学创新型人才培养研讨会在河海大学举行

    ² 2009年大气边界层多相流暨风蚀、沙尘暴、沙粒跃移以及风吹雪国际学术研讨会在兰州大学成功举行

    ² 全国基础力学实验教学协作组2009年会在河海大学召开

     ◆ 学术会议

    ² 第六届中日韩结构与机械系统优化会议

    ² Fracture and Damage Mechanics of Advanced Materials with Multifield Coupling

    ² The Minisymposium“Meshless Methods in Solid Mechanics” at ICCES10

    ² Civil Engineering Conference in the Asian Region and Australasian Structural Engineering Conference 2010

    ² The 4th IFAC workshop on Fractional Derivative and its Applications: FDA’10

     ◆ 教育教学

    ² 教育部公布2009年国家精品课程建设项目

    ² 教育部公布第四批高等学校特色专业建设点

     ◆ 招生招聘

    ² 宁波大学力学与工程科学系招聘启事

    ² Postdoc positions in Barcelona: modeling and simulation in biophysics

    ² Tenure-Track Positions in (1) Solid Mechanics and (2) Bioengineering at the University of Colorado

     ◆ 论著期刊

    ² Computer Methods in Applied Mechanics and Engineering Volume 199, Issues 1-4, Pages 1-222 (1 December 2009)
    ² Theoretical and Applied Fracture Mechanics Volume 52, Issue 3, Pages 131-198 (December 2009)

    ² International Journal of Non-Linear Mechanics Volume 44, Issue 10, Pages 1011-1090 (December 2009)

     ◆ 力学人物
    ² 2009年Timoshenko大奖新科获得者 Zdenek P. Bazant

     ◆ 机构团队
    ² 天津大学机械工程学院力学学科

     ◆ 网络精华

    ² 2009年Timoshenko大奖获得者Bazant的获奖演讲

    ² 钱学森博士论文的下载地址

     ◆ 新书推介

    ² Science and engineering of short fibre reinforced polymer compositesShao-Yun Fu, Bernd Lauke and Yiu-Wing Mai   

     ◆ 期刊推介

    ² 《国际学术动态》
 

     新闻报道
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　力学与创新型人才培养高层论坛暨力学创新型人才培养研讨会在河海大学举行

（河海大学力学与材料学院供稿）

 由河海大学和中国力学学会教育工作委员会主办，河海大学力学与材料学院和江苏省力学学会承办的“力学与创新型人才培养高层论坛暨力学创新型人才培养研讨会”于11月14日至15日在河海大学举行，来自全国高校和科研院所的200余名专家学者及师生代表参加了论坛暨研讨会。河海大学校长王乘教授出席开幕式致欢迎词，并为获得2009年徐芝纶力学奖一等奖的北京航空航天大学王琪教授颁奖。河海大学原校长、江苏省力学学会名誉理事长姜弘道教授主持开幕式。
　　在高层论坛上，中国力学学会理事长、中科院力学研究所所长李家春院士作了题为《坚持素质教育，培养优秀人才》的报告；国际工程教育学会联盟副主席、清 华大学余寿文教授，台湾淡江大学冯朝纲教授，北京航空航天大学王琪教授也作了报告。在研讨会上，北京大学、清华大学、浙江大学、上海交通大学、东南大学、 南京航空航天大学、河海大学等高校的专家学者围绕力学创新型人才培养的主题进行了充分地交流。

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(兰州大学供稿)
 

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 学术会议
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　第六届中日韩结构与机械系统优化会议

(大连理工大学工程力学系供稿)

 第六届中日韩结构与机械系统优化会议（CJKOSM: China-Japan-Korea Joint Symposium on Optimization of Structural and Mechanical Systems）将于2010年6月22日-25日在日本历史名城京都举行。CJKOSM会议是中日韩三方联合主办的交流三国结构优化研究进展的最高水平的系列会议，内容涉及结构与多学科优化理论与应用的各个方面。从第五届开始这一系列会议已被认可为由国际结构和多学科优化学会ISSMO(International Society of Structural and Multidisciplinary Optimization)主办的正式会议，除中日韩国三国代表外，还将有来自世界其他国家和地区的代表参会。
本次会议正式代表、学生以及陪同人员注册费分别为：2010年4月1日前： 45000日元、20000日元和20000日元；2010年4月1日后： 50000日元、25000日元和25000日元。会议的中方组织工作由大连理工大学工程力学系负责。

有意参加者请于2009年12月15日之前提交不超过500字的摘要至cjkosm6.china@gmail.com 摘要如被接受，请在2010年4月15日前提交2-10页的全文。

联系人：大连理工大学工程力学系 郭旭

电    话：0411-84707807

会议网站：http://www.jsme.or.jp/conference/dsdconf10/cjkosm6.html

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　 Fracture and Damage Mechanics of Advanced Materials with Multifield Coupling
(张传增供稿)

Within the IV European Conference on Computational Mechanics (ECCM 2010 in Paris, France, May 16-21, 2010), we are organizing the Mini-Symposium “38 Fracture and Damage Mechanics of Advanced Materials with Multifield Coupling”. Due to your research activities and expertise in the area, we would like to invite you to submit an abstract and participate in this Mini-Symposium.

or instructions and submission procedure, please visit the conference website at: https://www.eccm-2010.org. All abstracts should be submitted through the Conference website , following the procedure set up therein. Please note that when submitting your abstract you should select the Mini-Symposium “38 Fracture and Damage Mechanics of Advanced Materials with Multifield Coupling” and have an account in the ECCM website (and hence should create beforehand your personal account prior to submission if necessary).

Some important Dates are:

Nov. 20, 2009: Deadline for presenting an abstract

January 7, 2010: Notification of final decision on all contributions

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　The Minisymposium“Meshless Methods in Solid Mechanics” at ICCES10
(张传增供稿）

The Minisymposium “Meshless Methods in Solid Mechanics” at the International Conference on Computational & Experimental Engineering Sciences (ICCES10) to be held in Las Vegas, USA on 28 March - 1 April 2010 (www.icces.org).

The Minisymposium is organized in honour of Professor Jan Sladek, Slovak Academy of Sciences, Slovakia. Professor Sladek has made many contributions to computational mechanics, especially Boundary Element Method (BEM) and Meshless Local Petrov-Galerkin (MLPG) method. He will be awarded the Eric Reissner Medal at the ICCES10 Conference in Las Vegas.

We would be grateful, if you could accept our invitation. Please follow the instructions described at the conference webpage and submit your title and brief abstract directly at:     http://submission.techscience.com/icces10

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　 Civil Engineering Conference in the Asian Region and Australasian Structural Engineering Conference 2010
(http://www.cecar5.com/)

The 5th International Civil Engineering Conference (CECAR5) hosted by Engineers Australia, together with the Australasian Structural Engineering Conference (ASEC 2010) will bring together a broad cross-section of the civil and structural engineering professions who want to learn, network and advance their technical skills.

A combination of these Conferences, workshops and technical site visits will be a high quality three day event attracting a prospective audience of 600-800 delegates in Sydney, Australia from 8-12 August 2010.

The Conference will be the platform to discuss the role of the civil and structural engineer as community and business leaders in the 21st century - highlighting the important role these professionals contribute to infrastructure.

The theme for the Conference is Innovative Community Building. This will be an opportunity to discuss innovative civil and structural engineering projects and to network with colleagues.

Innovative Community Building will impact on a cross-section of the profession. Taking this message to the wider community; this event will seek to incorporate two fundamental discussion forums:
Emerging civil & structural engineering innovations

Showcasing civil engineering achievements that build communities

It will not only be a showcase for new knowledge but also a forum to discuss current issues. It will provide engineers with the opportunity to hear presentations from academia and industry leaders on their visions for building enhancement in the community.

ABSTRACT DEADLINE Friday, 5 February 2010

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　 The 4th IFAC workshop on Fractional Derivative and its Applications: FDA’10
(http://ees.fberg.tuke.sk/fda10/)

The 4th IFAC Workshop on Fractional Differentiation and Its Applications FDA'10, will be organized at the University of　Extremadura, Badajoz, Spain, October 18-20, 2010.
You can get further information at http://ees.fberg.tuke.sk/fda10/

The deadline for draft papers and special sessions submission is April 15th, 2010

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 教育教学
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　教育部公布2009年国家精品课程建设项目

(摘自教育部网站)

教育部教高函[2009]21号文件公布了2009年国家精品课程建设项目。国家精品课程按规定将内容全部上网，取消登录用户名和密码，向全国免费开放。用户可登录“高等学校本科教学质量和教学改革工程”网（www.zlgc.edu.cn），点击“国家精品课程建设”，或直接登录“全国高等学校精品课程建设工作”网（www.jpkcnet.com），浏览国家精品课程内容和了解全国精品课程建设工作的相关信息。

附件：2009年度国家精品课程名单.xls

http://www.moe.edu.cn/edoas/website18/41/info1257832026827441.htm

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　教育部公布第四批高等学校特色专业建设点

(摘自教育部网站)

教育部网站近日发布通知，批准北京大学“理论与应用力学”等671个专业点为第四批高等学校特色专业建设点（其中经费自筹建设点71个）。通知称，建设高等学校特色专业是优化专业结构，提高人才培养质量，办出专业特色的重要措施。项目承担学校和项目负责人要充分认识建设特色专业的重要意义， 按照两部有关加强“质量工程”本科特色专业建设的要求，紧密结合国家、地方经济社会发展需要，改革人才培养方案、强化实践教学、优化课程体系、加强教师队 伍和教材建设，切实为同类型高校相关专业和本校的专业建设与改革起到示范带动作用。各地教育行政部门和中央有关部门（单位）要负责指导、检查、监督所属高 等学校特色专业建设点项目的建设工作。在建设过程中，有关问题和建议请及时反馈至质量工程领导小组办公室。
项目资助经费按照每个建设点20万元的标准拨付，超出资助经费的部分由学校配套解决。

附件：第四批高等学校特色专业建设点名单.doc

http://www.moe.edu.cn/edoas/website18/56/info1255500124271556.htm

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招生招聘
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　宁波大学力学与工程科学系招聘启事

（宁波大学力学与工程科学系供稿）

宁波大学工程力学与材料科学系（力学与材料科学研究中心）有着近二十年的发展历史，有着较为雄厚的科研力量和多项研究成果。力学与工程科学系拥有工程力学博士点、浙江省重中之重学科、浙江省重点学科、浙江省冲击与安全工程重点实验室和宁波大学超级计算中心。由于宁波市的塑料加工和模具产业的迅速发展，宁波大学力学系希望在这一领域有所作为，发挥力学学科在这一领域的科技创新和技术提升中的关键作用，并通过与国内主要研究机构和中国科学院宁波材料科学研究所的合作，期望对宁波塑料和模具行业的技术发展起到推动作用。现招聘1名具有计算力学背景的从事塑料加工或模具设计研究的博士，或者具有博士学位的教师，启动在塑料和模具方面的研究工作。

应聘条件：有基于有限元计算方法的塑料加工或模具分析方面的研究经历和博士学位，熟悉计算力学、弹塑性力学、数值方法和高分子材料等主要学科领域。能够讲授所在领域的本科生和研究生课程，具有出色的教学和学术交流能力。能主动开展研究工作并争取各级研究项目和基金支持。善于团队合作，能够积极结合企业和产业需求，与校内外研究人员和企业技术和管理人员合作开展研究工作。有成为学科方向带头人的潜力。

如您有意在宁波与宁波大学力学与工程科学系一起发展，推动塑料加工和模具设计技术在宁波塑料行业的普及和提升，请现在就与我们联系。宁波大学提供良好的引进条件和待遇。初步申请材料包括：1）详细学术简历，2）代表性论文3篇。请注明岗位代号PM09。

联系人：315211浙江省宁波市风华路818号宁波大学机械与力学学院 干爱芬 电话：（0574）8760-0613， 8760-0302 传真: （0574）8760-8358

E-mail ：dp@nbu.edu.cn

机械工程与力学学院http://eng.nbu.edu.cn

力学与工程科学系 http://mech.nbu.edu.cn

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　Postdoc positions in Barcelona: modeling and simulation in biophysics

（http://imechanica.org/）

We have several postdoctoral positions open, funded by an European Research Council Starting Grant. We look for candidates with a PhD in Engineering, Physics, Chemistry, or Applied/Computational Mathematics. In addition to excellent communication skills, initiative and an inclination for inter-disciplinary research, experience or interest in preferably more than two of the following areas is required:
Computer simulations (continuum and/or atomistic methods), programming

Continuum mechanics

Biophysics

Small-scale mechanics

Biomembranes

Applied mathematics in mechanics

The postdoctoral positions carry a travel allocation, and the salary depends on the qualifications. The positions are in principle for two years.

For further information about the project, please contact Marino Arroyo (marino.arroyo@upc.edu) attaching a complete CV with the names of up to three referees, and a short statement of purpose (max one page).

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　Tenure-Track Positions in (1) Solid Mechanics and (2) Bioengineering at the University of Colorado

（http://imechanica.org/）

The Department of Mechanical Engineering at the University of Colorado at Boulder invites applications for two full-time positions beginning fall 2010. The positions are for tenure-track assistant professors with disciplinary expertise in the areas of (1) Bioengineering (posting #808181), and (2) Solid Mechanics/Materials Physics (posting #808182); higher rank may be considered for experienced candidates. Candidates are expected to strongly complement and strengthen existing departmental research in biomechanical/biomaterials engineering, energy and environmental engineering, micro/nanosystems engineering, materials engineering or solid/fluid mechanics. Candidates must have an earned doctorate in Mechanical Engineering or a closely related field with a strong background in research in their area of specialization.

Successful candidates must have a strong commitment to scholarship, the development of an externally funded research program, and teaching at the undergraduate and graduate levels in mechanical engineering. Exceptionally well-qualified candidates with outstanding credentials may be considered for appointment at an appropriately higher academic level. Post-doctoral or similar professional experience is highly desirable but not required.

Interested persons should apply through the web site (http://www.jobsatcu.com/) using the appropriate posting numbers and submit electronic files (pdf format) containing a cover letter, curriculum vita, two-page statements of research and teaching interests, respectively, and the names, addresses, and telephone numbers of at least three references.

Review of applications will begin as they are received, and will continue until the positions are filled. Additional information regarding the Mechanical Engineering Department search process as well as our research and academic programs can be found at (http://www.colorado.edu/mechanical/). The University of Colorado is committed to diversity and equality in education and employment.

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论著期刊
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　Computer Methods in Applied Mechanics and Engineering Volume 199, Issues 1-4, Pages 1-222 (1 December 2009)

 

A time discretization scheme based on Rothe’s method for dynamical contact problems with friction
Rolf Krause, Mirjam Walloth

An edge-based smoothed finite element method (ES-FEM) for analyzing three-dimensional acoustic problems
Z.C. He, G.R. Liu, Z.H. Zhong, S.C. Wu, G.Y. Zhang, A.G. Cheng

Multi-field spacetime discontinuous Galerkin methods for linearized elastodynamics
S.T. Miller, B. Kraczek, R.B. Haber, D.D. Johnson

A finite element procedure for rigorous numerical enclosures on the limit load in the analysis of multibody structures
L. Angela Mihai, Mark Ainsworth

Enforcement of constraints and maximum principles in the variational multiscale method
John A. Evans, Thomas J.R. Hughes, Giancarlo Sangalli

Load capacity ratios for structures
Lior Falach, Reuven Segev

Over-determined formulation of the immersed boundary conditions method
S.Z. Husain, J.M. Floryan, J. Szumbarski

From discrete to continuous numerical identification of a geomaterial with an internal length
Romain Laniel, Pierre Alart, Stéphane Pagano

Topology optimization with multiple phase projection
James K. Guest

Gradient and fracture energy-based plasticity theory for quasi-brittle materials like concrete
S.M. Vrech, G. Etse

Perturbation-based successive approximate topology optimization for a displacement minimization problem
S. Sakata, F. Ashida

On the solution of the Fokker–Planck equation using a high-order reduced basis approximation
G.M. Leonenko, T.N. Phillips

The geometric element transformation method for tetrahedral mesh smoothing
Dimitris Vartziotis, Joachim Wipper, Bernd Schwald

On efficient least-squares finite element methods for convection-dominated problems
Po-Wen Hsieh, Suh-Yuh Yang

Hybrid lattice particle modeling of wave propagation induced fracture of solids
G. Wang, A. Al-Ostaz, A.H.-D. Cheng, P.R. Mantena

Structural design optimization subjected to uncertainty using fat Bezier curve
N.F. Wang, Y.W. Yang

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　Theoretical and Applied Fracture Mechanics Volume 52, Issue 3, Pages 131-198 (December 2009)

 

Plane waves at an imperfectly bonded interface of two orthotropic generalized thermoelastic rotating half-spaces with two relaxation times
R. Kumar, M. Singh

Constitutive relationship of brittle rock subjected to dynamic uniaxial tensile loads with microcrack interaction effects
X.P. Zhou, X.H. Li

Screw dislocations and an interfacial blunt crack with viscoelastic interface
Y.W. Liu, C. Xie, M. Deng, Q.H. Fang, B. Jin

Fibers breaking process in composites models and numerical simulations applying cellular automata
J. Czopor, M. Rybaczuk

Investigation of stress–strain behavior of single walled carbon nanotube/rubber composites by a multi-scale finite element method
S.K. Georgantzinos, G.I. Giannopoulos, N.K. Anifantis

Fatigue life enhancement of structures using shape optimisation
R. Das, R. Jones

Improved linear regression method for estimating Weibull parameters
A. Saghafi, A.R. Mirhabibi, G.H. Yari

A review of the volume-based strain energy density approach applied to V-notches and welded structures
F. Berto, P. Lazzarin

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　International Journal of Non-Linear Mechanics Volume 44, Issue 10, Pages 1011-1090 (December 2009)
 

Discontinuity-induced bifurcations in systems with impacts and friction: Discontinuities in the impact law
Arne Nordmark, Harry Dankowicz, Alan Champneys

Oblique stagnation-point flow of a viscoelastic fluid with heat transfer
D. Li, F. Labropulu, I. Pop

Post-buckling analysis of a thin stiffened plate with uncertain initial deflection via interval analysis
Zhiping Qiu, Xiaojun Wang, Zhi Li

Unsteady flow of an Oldroyd-B fluid generated by a constantly accelerating plate between two side walls perpendicular to the plate
Corina Fetecau, M. Nazar, C. Fetecau

Steady mixed convection stagnation-point flow of upper convected Maxwell fluids with magnetic field
M. Kumari, G. Nath

Boundary-layer flow of Reiner–Philippoff fluids past a stretching wedge
K.S. Yam, S.D. Harris, D.B. Ingham, I. Pop

Unsteady motion of a non-linear viscoelastic fluid
Mehrdad Massoudi, Tran X. Phuoc

Modified shooting approach to the non-linear periodic forced response of isotropic/composite curved beams
S.M. Ibrahim, B.P. Patel, Y. Nath

A note on the second problem of Stokes for Maxwell fluids
Corina Fetecau, M. Jamil, Constantin Fetecau, I. Siddique
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 力学人物
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　2009年Timoshenko大奖新科获得者 Zdenek P. Bazant

Research：

Prof. Bazant's interest spans mechanics of materials and structures, structural safety, response uncertainty, and engineering applications. The current investigations include some fundamental problems in the field of quasibrittle fracture and damage mechanics, fracture scaling and its asymptotics, size effects, probabilistic mechanics and extreme value statistics, micro- and nanomechanics, constitutive models, progressivecollapse of buildings, missile impact, seismic response, interfaces with chemo-mechanics, chemical reaction kinetics, diffusion, thermodynamics, poromechanics, landslides and geo-mechanics. His research team has been developing material models for fiber composites, concrete, rocks and soils, sea ice, snow, tough ceramics, sandwich shells, rigid foams, cellular materials, bone, and shape memory alloys. Applications have covered structural and aero-space engineering, building codes, ship design, automotive crashworthiness, arctic engineering, earthquake engineering and nuclear safety. Although the emphasis is theoretical, his team also conducts specialized fracture testing of composites, concretes and rocks. Computational modeling is a heavy component in each problem, but Bazant's attitude is to seek first analytical solutions and asymptotics-based approximations. The current and recent research sponsors include NSF, ONR, DoT, WES, ARO, DoE, AFOSR, Sandia N.L., Chrysler, Boeing, Cirrus Aircraft, and Argonne N.L.

Education：
 C.E., Czech Technical University, Prague, Civil Engineering (Structural Engineering) 1960
 Ph.D. (in mechanics)., Czechoslovak Academy of Sciences, Prague 1963
 Postgraduate diploma in Physics, Charles University, Prague 1966
 Docent habil., Czech Technical University, Prague 1967
 S.E. 1970, Illinois Registered Structural Engineer

Honors and Awards：
 Elected to: National Academy of Sciences; National Academy of Engineering; American Academy of Arts and Sciences; Austrian Academy of Sciences; Accademia Nazionale dei Lincei (Rome); Spanish Royal Academy of Engrg.; Engrg. Academy of Czech Rep.; Academia di Scienze e Lettere (Milan); European Academy of Sciences and Arts.
 Six Honary Doctorates (Boulder, Prague, Karlsruhe, Milan, Lyon, Vienna).
 Prager Medal from Society of Engineering Sciences; von Karman Medal; Newmark Medal; Lifetime Achievement Award; Croes Medal; Huber Prize and TY Lin Award from ASCE; Honarary Member ASCE; Nadai Medal and Warner Medal from ASME; L'Hermite Medal from RILEM; Exner Medal, Austria; Humboldt Prize, Germany; Torroja Medal, Spain; Solin Medal, Prague; Z. Bazant (Sr.) Medal, Prague; Stodola Medal, Slovakia; Roy Award, Am.Ceramic Soc.; ICOSSAR Award; Czech Soc. for Mech. Medal; Outstanding Contribution Award, IACMAS; Guggenheim, NATO, JSPS, Humboldt, Ford and Kajima Fellowships; National Winner, 1958 Math.Olympics, Czechoslovakia; ISI Highly Cited Scientist in Engrg. (among top 100, http://www.isihighlycited.com/). >9300 citations and H-index=43, up to Aug. 2008.
 Former President of SES, IA-FRAMCOS (founder) and IA-CONCREEP (founder); Former Editor, Journal of Engineering Mechanics, ASCE.

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 机构团队
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　天津大学机械工程学院力学学科

(http://www2.tju.edu.cn/colleges/mechanical/jigou/lixue/index.php)

天津大学机械工程学院力学学科是1997年由国务院学位委员会批准的具有一级学科博士学位授予权的学科，覆盖4个博士学位二级学科，包括一般力学、固体力学、流体力学、工程力学，并设有博士后流动站和工程力学本科专业。于2000年设立了桥梁与隧道工程硕士点。国家工科力学基础课程教学基地和天津市现代工程力学重点实验室也设在该学科。
流体力学与实验力学（现二级学科为固体力学）是我国首批博士学位授予学科，其中流体力学为国家重点学科，实验力学是天津市重点学科。本一级学科有一支高水平的师资队伍，包括中科院院士1名，中国工程院院士1名，长江学者2名，教授 20名（博导13名），副教授11名（硕导17名）。

力学学科具有理工并重的特点，在科研工作中坚持基础研究，在国内力学学术界有很高的学术地位，且注重力学在工程应用，与诸多工程科学领域联系紧密。该学科具有良好的科研与育人氛围、学术空气浓厚、学术思想活跃。

近年来承担多项国家973、863、国家自然科学基金重大和重点项目、省市级科研项目，和数额较大的横向工程应用课题，在基础研究与工程应用两个方面均取得重要成果。成果获国家和省市级以上自然科学奖与科技进步奖多项，同时获多项国家和省部级教学成果奖。

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网络精华
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　2009年Timoshenko大奖获得者Bazant的获奖演讲

（摘自：中国新闻网）

When I wrote from Prague to the great Stephen P. Timoshenko, I would not even have dreamt that a medal bearing his name would once be bestowed upon me. I feel immensely lucky and humbled by joining the august group of previous medalists, and accept this honor with feelings of deep gratitude to the Applied Mechanics Division for selecting me, and to my great solid mechanics colleagues at Northwestern for their friendship and stimulation. I thank my excellent students and associates for their collaboration; my university for a great academic environment; many agencies for funding; and my wife Iva for her loving support. Missing any of that, I would not be here today.

I feel much sympathy for Timoshenko, who faced in his pre-American career many setbacks. So did I, albeit milder. But overcoming setbacks hardens one's resolve and may provide unexpected opportunities and enrichments.

Full Speech: http://em.hhu.edu.cn/mechbrief/2009/speech_bazant.doc

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　钱学森博士论文的下载地址

（宁波大学王骥教授提供）

钱学森博士论文电子版下载地址：

http://em.hhu.edu.cn/mechbrief/2009/Tsien_hs_1938.pdf
钱学森另外一篇有关板壳的固体力学论文下载地址：

http://em.hhu.edu.cn/mechbrief/2009/TsienJournalpaper.pdf

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新书推介
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Science and engineering of short fibre reinforced polymer composites
Shao-Yun Fu, Bernd Lauke and Yiu-Wing Mai
 

Contents:
1 Introduction to short fibre reinforced polymer composites 1
1.1 Introduction 1
1.2 Mechanical and physical properties 1
1.3 Organisation of the book 4
1.4 References 4
2 Extrusion compounding and injection moulding 6
2.1 Introduction 6
2.2 Extrusion compounding 7
2.3 Injection moulding 15
2.4 References 25
3 Major factors on performance of short fibre reinforced polymers 29
3.1 Introduction 29
3.2 Modified rule of mixtures 30
3.3 Fibres 31
3.4 Polymer matrices 33
3.5 Interface and interphase 34
3.6 Fibre length 35
3.7 Fibre orientation 43
3.8 Fibre volume fraction 52
3.9 References 55
4 Stress transfer in short fibre reinforced polymers 59
4.1 Model review 59
4.2 Single-fibre model 62
4.3 Multi-fibre model 64
4.4 Local stress distribution 66
4.5 Finite element analysis 71
4.6 References 77
5 Strength of short fibre reinforced polymers 80
5.1 Introduction 80
5.2 Longitudinal strength of unidirectionally aligned short fibre reinforced polymers
5.3 Strength of partially aligned short fibre reinforced polymers 87
5.4 Anisotropy of tensile strength of short fibre reinforced polymer (SFRP) composites 101
5.5 Strength of randomly aligned short fibre reinforced polymers 111
5.6 Strength of hybrid short fibre reinforced polymer composites 113
5.7 References 115
6 Elastic modulus of short fibre reinforced polymers 119
6.1 Introduction 119
6.2 Elastic modulus of unidirectional short fibre reinforced composites 120
6.3 Elastic modulus of partially aligned short fibre reinforced composites 134
6.4 Anisotropy of modulus of short fibre reinforced polymer composites 143
6.5 Random short fibre reinforced polymer composites 148
6.6 Hybrid short fibre reinforced polymer composites 149
6.7 Numerical methods 153
6.8 Effect of interphase properties on the composite modulus 159
6.9 References 160
7 Flexural modulus of short fibre reinforced polymers 164
7.1 Introduction 164
7.2 Flexural modulus of SFRP composites 165
7.3 References 181
8 Thermal conductivity and expansion of short fibre reinforced polymer composites
8.1 Introduction 184
8.2 Thermal conductivity 185
8.3 Thermal expansion 198
8.4 References 204
9 Non-linear stress–strain behaviour 206
9.1 Introduction 206
9.2 Macroscopic stress–strain relationship 208
9.3 Damping behaviour by interface non-elasticity 219
9.4 Relaxation effects caused by viscoelastic matrix behaviour 224
9.5 References 229
10 Fracture mechanics 231
10.1 Introduction 231
10.2 Basic concepts for homogeneous materials 233
10.3 Application of fracture mechanics to fibre reinforced composites 244
10.4 Mechanisms of fracture toughness and energy dissipation 259
10.5 Work of fracture of notched specimens 267
10.6 Work of fracture of un-notched specimens 278
10.7 Discussion on dependence of the work of fracture on loading rate, volume fraction and interface quality 280
10.8 Discussion of experimental and modelling results for short glass fibre reinforced polyethylene 284
10.9 The influence of fibre orientation, length and shape on the work of fracture 290
10.10 Fracture toughness 302
10.11 Relation between fracture toughness and the work of fracture 316
10.12 Essential work of fracture criterion 320
10.13 References 323

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《国际学术动态》

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