SEARCH Articles Figures Tables Axial Dispersion Model for Laminar Flow in Round Tubes Capillary tube model Carbon Fibers tube model Chain entanglements and the Edwards tube model Constitutive Tube model-based Damping Tube model predictions Differential Tube model-based Entanglement network tube model Entanglements and the Tube Model Extensional Tube model predictions Flow models reptation/tube model Hierarchical tube model Input Parameters for Tube Models Model heterogeneous tube Model interconnected tubes Model tube-wall reactor Models stream-tube Multi-tube vocal tract model Non-affine tube model Parallel tube model, clearance Plug flow tube reactor model Pressure slip-tube model Relaxation time tube models Reptation Mechanism and the Tube Model Reptation-tube model Rouse model tube motion Schematic representation of the ring-shaped tube model Shear Tube model predictions Single tube model TUBE and TUBED - Tubular Reactor Model for the Steady State TUBE and TUBEDIM - Tubular Reactor Model for the Steady State TUBEMIX - Non-Ideal Tube-Tank Mixing Model The Diffusion Model and Dispersion in a Straight Tube The Polymer Chain in a Tube Model and Similar Ones The multi-tube vocal-tract model The single-tube model The tube model The two-tube vocal-tract model The vowel-tube model Tube Models for Branched Polymers Tube Models for Linear Polymers - Advanced Topics Tube Models for Linear Polymers - Fundamentals Tube diameter reptation model Tube model constraints release Tube model in concentrate solutions and melts Tube model in crosslinked systems Tube model in uncrosslinked systems Tube rupture models Two tube vocal tract model Velocity tubes model