NANOCELLULOSE (CNF) AND CELLULOSE NANOCRYSTAL (CNC) EXTRACTION Introduction Source of Cellulose Extraction with Chemical Route Extraction with Mechanical Route Enzymatic Route Combination of Enzymatic Chemical and Mechanical Routes Other Techniques Effects of Preparation Conditions Concluding Remarks References CHARACTERIZATION OF NANOCELULLOSE (CNF) AND CELLULOSE NANOCRYSTAL (CNC) Introduction Microscopy Crystallinity Thermal Properties Contact Angle Spectroscopy Chromatography Solvatochromism Polarity Other Characterization Concluding Remarks References SURFACE MODIFICATION OF NANOCELLULOSE (CNF) AND CELLULOSE NANOCRYSTAL (CNC) AND THEIR CHARACTERIZATION Principle of Surface Modification Modification via Synthesis Physical Modification Chemical Modification Other Modification Techniques Concluding Remarks References MANUFACTURING PROCESS OF CNF AND CNC BASED NANOCOMPOSITES Introduction Solution Casting Melt Compounding Dissolution Electro-spinning Non-aqueous System Long Chain Grafting Polymer Latex Hydro Soluble or Hydro Dispersible Polymer Freeze Drying Concluding Remarks References SELF-ASSEMBLY OF CELLULOSE NANOSTRUCTURES Introduction Self-Assembly and -Organization of Cellulose Nanostructure Self-Assembly and -Organization of CNF and CNC in Aqueous Medium Self-Assembly and -Organization of CNF and CNC in Organic Medium Self-Assembly and -Organization of CNF and CNC under External Fields Self-Assembly and -Organization of CNF and CNC in Thin Solid Film Preparation Techniques Applications Concluding Remarks References THERMOPLASTIC CELLULOSE NANOCOMPOSITES IntroductionThermoplastic Based CNF Nanocomposites Thermoplastic Based CNC Nanocomposites Preparation Methods Characterization Applications Concluding Remarks References THERMOSETTING CELLULOSE NANOCOMPOSITES Introduction Thermoset Based CNF Nanocomposites Thermoset Based CNC Nanocomposites Preparation Methods Characterization Applications Concluding Remarks References RUBBER CELLULOSE NANOCOMPOSITES Introduction Natural Rubber Based CNF and CNC Nanocomposites Synthetic Rubber Based CNF and CNC Nanocomposites Preparation Techniques Characterization Applications Concluding Remarks References HYBRID FILLER (CELLULOSE/ NON-CELLULOSE) REINFORCED NANOCOMPOSITES Introduction Thermoplastic Reinforced Hybrid Filler Nanocomposites Thermoset reinforced Hybrid Filler Nanocomposites Rubber Reinforced Hybrid Filler Nanocomposite Preparation Methods Characterization Applications Concluding Remarks References FULLY GREEN CELLULOSE NANOCOMPOSITES Introduction Bionanocomposites Based CNF Bionanocomposites Based CNC Preparation Methods Characterization Applications Concluding Remarks References MICROSCOPY ANALYSIS OF CNF AND CNC BASED NANOCOMPOSITES Introduction Microscopy Studies of CNF Microscopy Studies of CNC Concluding Remarks References MECHANICAL PROPERTIES OF CNF AND CNC BASED NANOCOMPOSITES Introduction Tensile Testing Compressive Testing Shear Testing Impact Testing Other Mechanical Properties Concluding Remarks References DYNAMIC MECHANICAL PROPERTIES OF CNF AND CNC BASED NANOCOMPOSITES Introduction Principle on DMAT DMTA of CNF Based Nanocomposites DMTA of CNC Based Nanocomposites Concluding Remarks References VISCOELASTIC PROPERTIES OF CELLULOSE NANOCOMPOSITES Introduction Principle on the Viscoelastic and Rheology Behavior Rheology Studies of Cellulose Nanocomposites Effect of Frequency Effect of Filer Composition Effect of Temperature Effect of Time Effect of Speed Payne Effect Concluding Remark References THERMAL PROPERTIES OF CNF AND CNC BASED NANOCOMPOSITES Introduction Thermogaravimetrice Analysis (TGA) and Differential Thermal Analysis (DTA) Differential Scanning Calorimetry (DSC) Concluding Remarks References CRYSTALLIZATION BEHAVIOR OF CNF AND CNC BASED NANOCOMPOSITES Introduction Crystallinity and Crystallization of CNF Nano