polymer-physics-and-engineering

Layer 2 — Chemistry18 concepts in this subtree

Polymer physics + engineering distinct from polymer-chemistry: molecular-weight distribution, Flory-Huggins phase, glass-transition, viscoelasticity, processing (extrusion / injection / 3D-print), composites, degradation, recycling.

Flory MW distribution + Schulz-Flory
Flory-Huggins phase diagram (cross-listed)
Glass transition Tg + WLF equation
Viscoelasticity (Maxwell / Voigt models)
Rouse + reptation (de Gennes)
Polymer extrusion (twin-screw)
Injection moulding + fountain flow
3D printing polymers (FDM / SLA / SLS)
Composite materials (fiber-matrix)
Polymer degradation (UV / thermal / biological)
Polymer recycling + circular polymers
Biopolymers + biodegradable (PLA / PHB / PHA)
Flory-Huggins chi (1942)
Rubber elasticity (Treloar 1949)
Rouse-Zimm dynamics (1953)
Tg WLF equation (1955)
Step- vs chain-growth (Carothers)
Reptation (de Gennes 1971)
Explore the polymer-physics-and-engineering subtree on the interactive graph →