振动工程及其机械技术:第五届国际会议论文集(英文版)(附光盘1张)(Vibration Engineering and Technology of Machinery:Proceedings of The Fifth International Conference on VETOMAC-V,7-28,August,2009)

基本信息·出版社：华中科技大学出版社

·页码：182 页

·出版日期：2009年08月

·ISBN：9787560956466

·条形码：9787560956466

·包装版本：第1版

·装帧：平装

·开本：16

·正文语种：英语

·外文书名：Vibration Engineering and Technology of Machinery:Proceedings of The Fifth International Conference on VETOMAC-V,7-28,August,2009

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内容简介《振动工程及其机械技术:第五届国际会议论文集(英文版)》收录了华中大土木工程与力学学院与香港城市大学联合举办的“第五届振动工程及其机械技术国际会议”上的78篇论文。其内容包括孟光教授介绍的旋转机械系统动力学与控制方面的研究；K.M.Liew教授介绍的有关MEMS和智能系统的动力学研究进展；旋转机械领域的泰斗、著名空气动力学、结构动力学和疲劳专家J.S.Rao教授介绍的涡轮叶片疲劳寿命估计方面的研究情况；R.Rzadkowski教授的报告介绍的定子叶片数目对非稳态转子叶片载荷力的影响；陈文教授的报告介绍的有关软材料振动声频变耗散方面的研究等。

该书可供各大专院校作为教材使用，也可供从事相关工作的人员作为参考用书使用。

编辑推荐《振动工程及其机械技术:第五届国际会议论文集(英文版)》由华中科技大学出版社出版。

目录

1.Fatipgue life estimation ofturbomachincry blades

2.A survey on frequency-dependent dissipation of soit matter vibration and acoustics

3.The effect of change in the number of stator blades in the stage on unsteady rotor blade forces

4.Nanomechanics for MEMS and smart systems

5.Study on a mechanical semi-active vibration absorber and its control strategy

6.Three-Dimensional seismic analysis and safety evaluation for nuclear pump of nuclear power plant based on the RCC-M Code

7.Natural frequencies of nonlinear transverse vibration of axially moving beams in the supercritical regime

8.A stochastic multi-step transversal linearization method (MTL) in engineering dynamics

9.Rayleigh-ritz method in the study of transverse vibration ofnonhomogeneous orthotropic rectangular plates of uniform thickness resting on winkler foundation

10. Influence of centrifugal stiffening on a rotor system with a flexible diaphragm coupling

11. Dynamic modeling in process control for monitoring the condition of vibrating machinery

12. Active control of flexible vibration systems with inclined combined mounts

13. Crack initiation of rotor blades in the fu'st stage of SO-3 compressor

14. The method of reduction of aerodynamic forces generated in turbine blade seals

15. Dynamic stability and chaos of a space three-bar supporter of shape memory alloys

16. Modal analysis of fractional derivative damping model of frequency-dependent viscoelastic soft matter

17. A discussion on the physics and truth ofnanoscales for vibration ofnanobeams based on nonlocal elastic stress field theory

18. Optimal design of viscoelastic dampers connecting adjacent structures

19. Transformer vibrating characteristics and tank vibration power flow

20. Chaotic field's analysis of simply and clamp supported magneto-elastic thin circular plate

21. Nonlinear dynamic analysis and experimental verification on bolt joint contact structure

22. Analysis on mechanism and simulation research on dynamic characteristics of hydraulic wave exciter device

23. Physical parameter identification of a metal rubber annulus structure based on model updating

24. Research on the random sonic fatigue life estimation of an combustor liner structure

25. Crushing behaviors of lump coal under an impact load

26. Analysis of transverse vibration of rectangular plate with discretely attached point masses having rotary inertia

27. Calculation and analysis of torsional vibration of turbine generator shafts

28. Structural optimization of a wedged-ring joint structure based on response surface design method

29. Analysis on the vibration of needle bar take-up mechanism in high-speed and twin-needle high speed lockstitcher based on multi-body dynamics

30. Monitoring dynamic characteristics for a supertall structure under construction

31. Research on pipeline pressure fluctuation law of hydraulic vibration system controlled by wave exciter

32. Analysis of dynamic response of an embedded railway track subjected to a moving load

33. A hybrid method for interior structural-acoustic analysis

34. The intelligent system design of remote fault diagnosis of reducer based on GA and NN

35. The transverse vibration ofhighline cable of alongside replenishment system

36. Study on dynamic performance of the hydraulic oil

37. Magnetoelectric effect of multiferroic non-uniform composite nanofibers

38. Dynamic response of damaged cable-stayed beam

39. Structural analysis of mop rotor for 1000mw steam turbine based on FSI

40. Force feed effects on process stability in turning

41. Optimisation and performace enhancement of active suspension for automobile under integrated structure-control design

42. Coupled dynamic analysis of deep water floating platforms - a review

43. Damped vibrationbased on mixed layerwise theories for viscoelastic stiffened laminated shells in fluid

44. Sea parameter estimation based on a modal approach

45. Bifurcation and chaos of cross-ply laminated plates with piezoelectric actuators

46. A wave based method for three dimensional steady-state sound radiation analysis in a broad frequency range

47. Stability and vibration signal analysis in hard turning

48. A modified algorithm for random decrement technique

49. Extended abstract free vibration and stability analysis of a spinning annular circular plate

50. Lateral stability, bifurcation and chaos of high-speed railway passenger car system

51. Nonlinear dynamic behaviors ofa thermo-mechanical coupling viscoelastic plate

52. Partial coherence method of transfer functions on structural vibration under correlated excitations

53. Stability limits of high speed milling system considering time-varying stiffness and gyroscopic effects

54. On the non-linear dynamics of a flexible rotor supported on porous oil journal bearings

55. A wave based method for the mid-frequency vibration analysis of coupled long and short wavelength structures

56. Dynamics of slip-ring brush assembly of alternator/motor

57. Numerical analysis of defects in the rotor supporting structure

58. Ansys the variances in dynamic characteristics of the dynamic vibration absorber caused by parameters change

59. Research on characteristics of sound radiation in water from stiffened cylindrical shells excited by interior source: Ⅰ. theory

60. Research on characteristics of sound radiation in water from stiffened cylindrical shells excited by interior source: Ⅱ. examples

61. Seismic response of a rotor-bearing system

62. Research on pressure stabilized controller for 6-DOF hydraulic seisimic simulation table

63. A new method of elimination rigid-body mode of the un-damped linear positive semi-definite vibration system

64. Research on the deflection of the annular throttle slice of shock absorber

65. Dynamics of trod with magnetic coupling

66. Phononic bandgap optimization design based on interactive evolutionary computation

67. The assessment of load bearing capacity of a rigid rrame continuous arch bridge by static and dynamic load test

68. The analysis of static and dynamic responses in spur gear meshing on the basis of finite element simulation and interrelated frictional effect

69. The numerical simulation of supercavitating steady flow past disk cavitator

70. Relationship between structural local damage and dynamic behavior

71. The vibration testing and analysis of the centrifuge facility in a combined vibration and centrifuge environment

72. The design of automatic measurement and calibration system of hard bearing dynamic machine

73. Research on ground-vibration-attenuation effect by SSRF foundation

74. A fast method of fundamental solution for helmholtz equation

75. Optimization of tuned mass damper and seismic effectiveness

76. Dynamic response evaluation of base-isolated cantilever structure

77. Suppression of chatter vibration of boring tools using dampers

78. Newton-harmonic balancing approach for nonlinear free vibration of an lastically-restrained cantilever beam

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文摘插图：

ABSTRACT After a brief review of development of rotors and the need to perform lifeestimation of the modem machinery, this paper presents a comprehensive method of lifeestimation of advanced high speed rotating machinery conceming stress based, strainbased and linear elastic fracture mechanics methods. A novel feature presented hereincludes a complete analytical procedure to determine a nonlinear damping model formaterial and friction effects without depending on costly experimental procedures. Usingthis nonlinear damping model, a method to determine resonant stress and stressdistribution around the critical is also illustrated. The effect of acceleration on the bladeresonant stress is included in the cumulative damage while crossing a critical speed. Tohelp the designers speed up the simulation and assess life, a process simulation of all theabove effects are integrated into one single platform and the way it works is illustrated.

I. UNDERSTANDING OF FATIGUE IN 19TIT CENTURY

With the ushering of Industrial Revolution in the second half of 18th century, thanks to James Watt, seeDickinson and Jenkins （1989） and his reciprocating steam engine, it became the main work horsereplacing the good old horse drawn mining pumps and wagons. Though sudden fatigue failures of axles inhorse drawn wagons was known through occasional incidents, the rail road axles fatigue failures becamea problem. Albert Wilhelm （1838） is attributed to be the f'u'st person to record observations of metalfatigue. While working in the Mining and Forestry Office in Clausthal, Germany, in 1829, he observed,studied and reported the failure of iron mine-hoist chains arising from repeated small loadings, the fu'strecorded account of metal fatigue, see Stephens （2001）.

Jean-Victor Poncelet, a French military engineer and later professor at the cole d'Application in Metzpublished his monograph on Introduction il a mdcanique indust

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