Viscoelastic properties - Globe Thesis

Keyword [Viscoelastic properties] Result: 41 - 60 \| Page: 3 of 4
41.	Viscoelastic properties of heavy oils
42.	Investigation of the relationship between polymer structures and thermal, mechanical, viscoelastic properties
43.	Nanoporous glass-ceramics transparent in infrared range to be used as optical sensor: Mechanical and viscoelastic properties of the TAS (tellurium-arsenic-selenium) glass
44.	Measurements of viscoelastic properties by nanoindentation
45.	Lyotropic chromonic liquid crystals: From viscoelastic properties to living liquid crystals
46.	Characterization of viscoelastic properties of a material used for an additive manufacturing method
47.	The effect of tackifiers on the viscoelastic properties of polyolefin based pressure sensitive adhesives
48.	Viscoelastic properties of polybutadiene: Combination of theory and molecular dynamics simulations
49.	Viscoelastic Properties of Polymers: A Comparison of Micro and Macro Scales
50.	Rheology of rodlike nanoparticle suspensions in lyotropic liquid crystalline polymers
51.	Engineering viscoelastic properties of novel protein hydrogels
52.	Part I. Viscoelastic properties of random copolymer at air/water interface and the frequency dependence. Part II. Magnetic resonance imagible surface of medical devices and its biocompatibility
53.	Viscoelastic properties of polymer composites during processing
54.	Effects of moisture on the dimensional and viscoelastic properties of glassy polymers
55.	The measurement of low-frequency linear viscoelastic properties of polyolefins using creeping squeeze flow
56.	Gluten and the starch-gluten interface in relation to the viscoelastic properties of durum dough
57.	Viscoelastic properties of polymer based layered-silicate nanocomposites
58.	Viscoelastic properties, gelation behavior and percolation theory model for the temperature induced forming (TIF) ceramic slurries
59.	Influence of thermal and dynamic viscoelastic properties of polymers on low-mass, highvelocity penetrations
60.	An experimental investigation of creep and viscoelastic properties using depth-sensing indentation techniques
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