|
| |||||||||||
| |||||||||||
Full Screen- Title
- Dedication
- Certificate
- Declaration
- Acknowledgement
- Contents
- Preface
- Symbols and Abbreviations
- 1. Introduction
- 2. Complex phase separation in ABS modified Epoxy/DDS blends: Generation of new micro and nano sub-structures
- 3. Dynamics of phase separation in ABS modified Epoxy/DDS systems: Kinetics and viscoelastic effects
- 4. Characterization of cure kinetics, phase separation and viscoelastic properties of ABS modified Epoxy-Amine systems
- 5. Rheology and pressure-volume-temperature behavior of thermoplastic ABS modified Epoxy-DDS system during reaction induced phase separation
- 6. Cure kinetics of ABS modified Epoxy-Amine system
- 7. Network formation in ABS modified Epoxy-Amine systems analyzed by FTIR and modulated DSC
- 8. Studies on stress relaxation and thermo-mechanical properties of ABS modified Epoxy-Amine systems
- 9. Investigation of network formation in nano TiO2 filled Epoxy/DDS system
- 10. Investigation of Thermo-mechanical and fracture morphology of nano TiO2 filled Epoxy/DDS composites
- 11. Cure reaction, rheology and PVT studies of ABS modified Epoxy resin-TiO2 hybrid composites
- 12. Mechanical and thermo mechanical properties of TiO2-Epoxy/ABS hybrid composites
- 13. Investigation of cure kinetics, volume shrinkage, thermo-mechanical, electrical and fracture morphology of highly dispersed MWCNT Epoxy/DDS nanocomposites
- 14. Investigation of network formation, cure shrinkage, thermo-mechanical and fracture morphology of highly dispersed MWCNT-Epoxy/ABS modified hybrid composites
- 15. Conclusions and future scope
- Biodata