Inverse Problems in Engineering Mechanics IV: Proceedings of the International Symposium on
Regular price
107.250 KD
inc. VAT
Couldn't load pickup availability
Table of contents
- Inverse Problems in Engineering Mechanics IViii
- Copyright Pageiv
- Contentsix
- Prefacev
- Symposium Chairvii
- International Organizing Committeevii
- International Scientific Committeevii
- Local Organizing Committeeviii
- Part 1: Inverse Thermal Problems1
- Chapter 1. Application of the proper orthogonal decomposition in steady state inverse problems3
- Chapter 2. Estimation of thermophysical properties of a drying body at high mass transfer Biot numbe13
- Chapter 3. Boundary and geometry inverse thermal problems in continuous casting21
- Chapter 4. Boundary value identification analysis in the unsteady heat conduction problem33
- Chapter 5. A hyper speed boundary element-based inverse convolution scheme for solution of IHCP43
- Chapter 6. Numerical method for backward heat conduction problems using an arbitrary-order finite di53
- Part 2: Parameter Identification and Design63
- Chapter 7. Analysis of inverse transient thermoelasticity problems by filtration methods65
- Chapter 8. Estimation of unknown boundary values from inner displacement and strain measurements and75
- Chapter 9. Modal measurements using strain sensors and application to impact force identification85
- Chapter 10. Material coefficients identification of bone tissues using evolutionary algorithms95
- Chapter 11. Estimation of material properties on tactile warmth of wood by human's hand103
- Chapter 12. Inverse analysis method for identification of local elastic properties by using displace111
- Chapter 13. Determination of the mass density of the layer deposited on the surface of the resonator121
- Chapter 14. Identifications of source distributions using BEM with dual reciprocity method127
- Chapter 15. Numerical source identification for Poisson equation137
- Chapter 16. A human-like optimization method for constrained parametric design147
- Part 3: Damage or Defect Detection157
- Chapter 17. Cross-sectional imaging of three-dimensional flaw from waveforms in a restricted measur159
- Chapter 18. Computational inverse techniques for crack detection using dynamic responses167
- Chapter 19. Inverse scattering analysis for cavities in anisotropic solid175
- Chapter 20. Characterization of multiple cracks from eddy current testing signals by a template matc185
- Chapter 21. Identification of delamination defect in laminated composites by passive electric potent195
- Chapter 22. Damage identification analysis on large scaled floating offshore structure model by para205
- Chapter 23. Corrosion pattern detection by multi-step genetic algorithm213
- Chapter 24. Crack identification in a Timoshenko beam from frequency change using genetic algorithm221
- Part 4: Shape or Object Detection229
- Chapter 25. Inverse determination of smelter wall erosion shapes using a Fourier series method231
- Chapter 26. An efficient singular superposition technique for cavity detection and shape optimizatio241
- Chapter 27. Detection of subsurface cavities and inclusions using genetic algorithms251
- Chapter 28. A remote sensing method of ground mines using time difference IR images261
- Part 5: Applications in Solid Mechanics271
- Chapter 29. A CRE model updating method in structural dynamics with uncertain measurements273
- Chapter 30. Conjugate Gradient and L-curve like methods for large inverse problem283
- Chapter 31. Modeling and identification in a dynamic viscoelastic contact problem with normal damped295
- Chapter 32. Solving equationless problems in elasticity using only boundary data305
- Chapter 33. Incremental approach for inverse analysis of 3D photoelasticity315
- Chapter 34. Inverse stress analysis of pinned connections using strain gages and airy stress functio323
- Chapter 35. Considerations of multidimensional consolidation inverse analysis333
- Chapter 36. Optimum grain size based on a grain pullout model of polycrystalline alumina343
- Chapter 37. Adjoint method for the problem of coefficient identification in linear elastic wave equa353
- Part 6: Applications in Acoustics and Electromagnetics361
- Chapter 38. Finding optimal shapes of the sound-insulating wall by means of BEM and cellular automat363
- Chapter 39. Identification of speech source wave by inverse-filtering of vocal tract transfer charac375
- Chapter 40. A magnetostatic reconstruction of permeability distribution in material383
- Chapter 41. A use of BEM and NN system to estimate density distribution of plasma389
- Part 7: Applications in Fluid Mechanics and Aeronautics399
- Chapter 42. Solution to shape optimization problem of viscous flow fields considering convection ter401
- Chapter 43. Application of inverse design method to estimation of wind tunnel models409
- Chapter 44. Implementation of the boundary conditions for cascade airfoil shape design using the dis419
- Chapter 45. A study to estimate control surface deflections from flight data427
- Part 8: Mathematical and Numerical Aspects435
- Chapter 46. Linear ill-posed problems on sets of functions convex along all lines parallel to coordi437
- Chapter 47. Optimization method for solving ill-posed boundary value problems for elliptic and hyper447
- Chapter 48. Regularization parameters choosing for discrete ill-posed problems457
- Chapter 49. Error estimation of the reconstruction of symmetry velocity profiles using Abel type int465
- Part 9: Computational Algorithms475
- Chapter 50. A priori information in image reconstruction477
- Chapter 51. Boundary element based solution for the Cauchy problem associated with the Helmholtz equ485
- Chapter 52. Large molecular systems: computational modeling of geometry, force field parameters and495
- Chapter 53. Comparative analysis of boundary control and Gel'fand-Levitan methods of solving inverse503
- Chapter 54. 3D vector tomography reconstruction by series expansion method513
- Chapter 55. Tomographic reconstruction of the vector fields by Doppler spectroscopy measurements521
- Author Index531
This latest collection of proceedings provides a state of the art review of research on inverse problems in engineering mechanics.
Inverse problems can be found in many areas of engineering mechanics, and have many successful applications. They are concerned with estimating the unknown input and/or the characteristics of a system given certain aspects of its output. The mathematical challenges of such problems have to be overcome through the development of new computational schemes, regularization techniques, objective functionals, and experimental procedures. The papers within this represent an excellent reference for all in the field.
* Providing a state of the art review of research on inverse problems in engineering mechanics
* Contains the latest research ideas and related techniques
* A recognized standard reference in the field of inverse problems·
* Papers from Asia, Europe and America are all well represented
Inverse problems can be found in many areas of engineering mechanics, and have many successful applications. They are concerned with estimating the unknown input and/or the characteristics of a system given certain aspects of its output. The mathematical challenges of such problems have to be overcome through the development of new computational schemes, regularization techniques, objective functionals, and experimental procedures. The papers within this represent an excellent reference for all in the field.
* Providing a state of the art review of research on inverse problems in engineering mechanics
* Contains the latest research ideas and related techniques
* A recognized standard reference in the field of inverse problems·
* Papers from Asia, Europe and America are all well represented