References
- Techniques in Rheological Measurement A. A. Collyer(ed.)
- Viscoelastic Properties of Polymers J. D. Ferry
- Rheol. Acta v.37 Comparison of Different Shear Rheometers with Regard to Creep and Creep Recovery Measurements C. Cabriel;J. Kaschata
- J. Rheol v.29 A Rheometer for Characterizing Polymer Melts and Suspensions in Shear Creep and Recovery Experiments A. J. P. Franck
- Rheol. Act v.37 Using Instrumental Inertia in Controlled Stress Rheometry C. Baravian;D. Quemada
- J. Soc. Cosmetic Chemists v.19 Some Rheological Aspects of Cosmetics B. W. Barry;B. Warburton
- Trans. Soc. Rheol v.13 Rheological Properties of Molten Polymers(Ⅱ)-Creep Function of Commercial Polystyrene H. J. Karam;K. S. Hyun;J. C. Bellinger
- Trans. Soc. Rheol. v.13 Creep and Dynamic Mechnical Properties of Filled Polyethylenes L. E. Nielsen
- Rheol. Acta v.14 Viscoelasticity of Polystyrene Melts in Tensile Creep Experiments H. Munstedt
- J. Rheol. v.33 Nonisothermal Linear Viscoelastic Creep of an Amorphous Polymer in the Glass-to-Rubber Transition(Ⅰ)-Effects of Temperature History R. H. Sedath;J. M. Caruthers
- J. Food. Sci. v.56 Effects of Propylene Glycol Alginate and Xanthan Gum on Stability of O/W Emulsions G. Yilmazer;A. R. Carrillo;J. L. Kokini
- J. Rheol v.38 Creep Behavior of Electrorheological Fluids Y. Otsubo;K. Edamura
- AIChE J v.41 Oscillatory, Creep and Steady Flow Behavior of Xanthan-Thickened Oil-in-Water Emulsions R. Pal
- J. Chem. Phys v.110 Creep and Stress Relaxation in a Longitudinal Polymer Liquid Crystal : Prediction of the Temperature Shift Factor W. Brostow;N. A. D'Souza;J. Kubat;R. Maksimov
- J. Polym. Sci. Part B : Polym. Phys. v.38 A Discrete Complex Compliance Spectra Model of the Nonlinear Viscoelastic Creep and Recovery of Microcellular Polymers W. D. Armstrong;V. Kumar
- J. Appl. Polym. Sci v.77 Creep of Polyester Resin Filled with Minerals K. Aniskevich;J. Hristova
- J. Polym. Sci. Part B : Polym. Phys. v.35 Creep Recovery of Acrylate Urethane Oligomer/Acrylate Networks(Ⅱ) - Investigation of Diffrent Modes of Molecular Motion K. Kawate
- Rheol. Acta v.37 Influence of Molecular Structure on Rheological Properties of Polyethylenes(Ⅰ)- Creep Recovery Measurements in Shear C. Gabriel;J. Kaschta;H. Munstedt
- J. Rheol. v.23 Determination of Dynamic Storage and Loss Compliances from Creep Data D. J. Plazek;N. Raghupathi;S. J. Orbon
- Rheol. Acta v.36 Investigation of the Linear Flow Regime of Commericial Polymers by Numerical Conversion of MVM Creep Measurements M. Ringhofer;C. J. Brabec;R. Sobczak;D. Mead;J. Driscoll
- Rheol. Acta. v.36 An Intermediate Model Method for Obtaining a Discrete Relaxation Spectrum from Creep Data P. J. Dooling;C. P. Buckley;S. Hinduja
- Rheol. Acta. v.38 Creep Recovery Behavior of Metallocene Linear Low-Density Polyehylenes C. Gabriel;H. Munstedt
- J. Rheol v.44 Don't Cry for Me Charlie Brown, or with Compliance Comes Comprehension D. J. Plazek;I. Echeverria
- J. Appl. Polym. Sci v.72 Rheological Properties of Aqueous Polyacrylamide/NaCl Solutions M. T. Ghannam
- Arch. Rat. Mech. Anal. v.1 The Mechanics of Non-Linear Materials with Memory A. E. Green;R. S. Rivlin
- Arch. Rat. Mech. Anal. v.3 The Mechanics of Non-Linear Materials with Memory A. E. Green;R. S. Rivlin
- Arch. Rat. Mech. Anal. v.4 The Mechanics of Non-Linear Materials with Memory A. E. Green;R. S. Rivlin
- Trans. Soc. Rheol. v.11 An Experimental Study of a Nonlinear Material with Memory V. V. Neis;J. L. Sackman
- Trans. Soc. Rheol. v.11 A Modified Superposition Principle Applied to Creep of Nonlinear Viscoelastic Material Under Abrupt Changes in State of Combined Stress W. N. Findley;J. S. Y. Lai
- Trans. Soc. Rheol. v.15 Multiple Step, Nonlinear Creep of Polyurethane Predicted from Constant Stress Creep by Three Integral Representations K. G. Nolte;W. N. Findley
- Rheol. Acta v.17 Nonlinear Shear Creep and Constrained Elastic Recovery of a LDPE Melt M. H. Wagner;H. M. Laun
- Polym. Eng. Sci. v.27 On the Nonlinear Characterization of the Long Term Behavior of Polymeric Materials O. S. Brueller
- J. Rheol. v.35 Characterization of Nonlinear Creep Behavior of Two Food Products R. Lu;V. M. Puri
- Polymer v.38 Time-Dependent Deformation of Polypropylene in Response to Different Stress Histories B. E. Read;P. E. Tomlins
- J. Appl. Polym. Sci v.72 Mathematical Representation of Creep for High-Temperature Performance of Nylon6,6 Tire Materials L. Nkiwane;S. K. Mukhopadhyay
- Polymer. v.41 Fish Oil Thermosetting Polymers: Creep and Recovery Behavior F. Li. R. C. Larock;J. U. Otaigbe
- Polymermechanik F. R. Schwarzl
- J. Rheol. v.44 Recoverable Creep Compliance Properties of Associative Model Polymer and Polyxyethlene Solutions D. J. Plazek;Z. N. Frund
- Poly(Ethylene Oixde) F. E. Bailey;J. V. Koleske
- Rheol. Acta v.36 Extensional Rheology of Concentrated Pol(Ethylene Oxide) Solutions V. Gauri;K. W. Koelling
- J. Korean Fiber Soc v.33 Rheological Characterization of Aqueous Poly(Ethlene Oxide) Solutions(Ⅰ) - Limits of Linear Viscoelastic Response and Nonlinear Behavior with Large Amplitude Oschillatory Shear Deformation K. W. Song;G. S. Chang;C. B. Kim;J. O. Lee;J. S. Paik
- J. Korean Fiber Soc v.35 Rheological Characterization of Aqueous Poly(Ethlene Oxide) Solutions(Ⅱ) - Comparison of Steady Flow Viscosity with Dynamic and Complex Viscosities K. W. Song;G. S. Chang;C. B. Kim;J. O. Lee;J. S. Paik
- J. Korean Fiber Soc v.35 Rheological Characterization of Aqueous Poly(Ethlene Oxide) Solutions(Ⅲ) - Determination of Discrete Relaxation Spectrum and Relaxation Modulus from Linear Viscoelastic Functions K. W. Song;D. H. Noh;G. S. Chang
- J. Korean Fiber Soc. v.36 Rheological Characterization of Aqueous Poly(Ethylen Oxide) Solutions(Ⅳ) - Nonlinear Stress Relaxation in Single-Step Large Shear Deformations K. W. Song;S. H. Ye;G. S. Chang
- J. Food. Sci. v.50 Creep/Recovery Behavior of Oil-Water Emulsions : Influence of Disperse Phase Concentration N. Gldwell;R. R. Rahalkar;P. Richmond
- J. Texture Stud. v.18 Desktop Computer Based Collection and Analysis of Creep-Compliance Data on Fluid Foods M. A. Rao;S. F. Kash;H. J. Cooley;J. Barnard
- J. Texture Stud. v.19 A Computerized Method to Analyze the Creep Behavior of Viscoelastic Foods M. Balaban;A. R. Carrillo;J. L. Kokini
- Methods for Solving Incorrectly Posed Problems V. A. Morozov