Beschreibung
InhaltsangabeList of contributors. Preface. Part One: Small strain measurements. 1. Oscillatory rheometry; G. Marin. 2. Computer-aided methods in rheometry; H.H. Winter, et al. 3. Rheological studies using a vibrating probe; R.A. Pethrick. 4. Dynamic mechanical analysis using complex waveforms; B.I. Nelson, J.M. Dealy. Part Two: Large strain measurements. 5. Capillary rheometry; M.R. Mackley, R.P.G. Rutgers. 6. Slit rheometry; Chang Dae Han. 7. Viscous heating; R.C. Warren. 8. Sliding plate and sliding cylinder rheometers; J.M. Dealy, A.J. Giacomin. 9. Rotational viscometry; R.L. Powell. 10. Normal stress differences from hole pressure measurements; A.S. Lodge. 11. Using large-amplitude oscillatory shear; A.J. Giacomin, J.M. Dealy. 12. Rate- or stress-controlled rheometry; W. Gleißle. 13. Transient rheometry; K.F. Wissbrun. 14. Commercial rotational rheometers; G.J. Brownsey. Part Three: Extensional and mixed flows. 15. Converging dies; A.G. Gibson. 16. Recoverable elastic strain and swelling ratio; R.I. Tanner. 17. Elongational rheometers; R.K. Gupta, T. Sridhar. 18. Squeeze flow; A.G. Gibson, et al. Part Four: Specialized rheometers. 19. Flow visualization in rheometry; M.E. Mackay, D.V. Boger. 20. Rheological measurements on small samples; M.E. Mackay. 21. Rheometry for process control; T.O. Broadhead, J.M. Dealy. 22. Interfacialrheology; B. Warburton. Index.
Inhaltsverzeichnis
List of contributors. Preface. Part One: Small strain measurements. 1. Oscillatory rheometry; G. Marin. 2. Computer-aided methods in rheometry; H.H. Winter, et al. 3. Rheological studies using a vibrating probe; R.A. Pethrick. 4. Dynamic mechanical analysis using complex waveforms; B.I. Nelson, J.M. Dealy. Part Two: Large strain measurements. 5. Capillary rheometry; M.R. Mackley, R.P.G. Rutgers. 6. Slit rheometry; Chang Dae Han. 7. Viscous heating; R.C. Warren. 8. Sliding plate and sliding cylinder rheometers; J.M. Dealy, A.J. Giacomin. 9. Rotational viscometry; R.L. Powell. 10. Normal stress differences from hole pressure measurements; A.S. Lodge. 11. Using large-amplitude oscillatory shear; A.J. Giacomin, J.M. Dealy. 12. Rate- or stress-controlled rheometry; W. Gleißle. 13. Transient rheometry; K.F. Wissbrun. 14. Commercial rotational rheometers; G.J. Brownsey. Part Three: Extensional and mixed flows. 15. Converging dies; A.G. Gibson. 16. Recoverable elastic strain and swelling ratio; R.I. Tanner. 17. Elongational rheometers; R.K. Gupta, T. Sridhar. 18. Squeeze flow; A.G. Gibson, et al. Part Four: Specialized rheometers. 19. Flow visualization in rheometry; M.E. Mackay, D.V. Boger. 20. Rheological measurements on small samples; M.E. Mackay. 21. Rheometry for process control; T.O. Broadhead, J.M. Dealy. 22. Interfacial rheology; B. Warburton. Index.
