The SPE Library contains thousands of papers, presentations, journal briefs and recorded webinars from the best minds in the Plastics Industry. Spanning almost two decades, this collection of published research and development work in polymer science and plastics technology is a wealth of knowledge and information for anyone involved in plastics.
|= Members Only|
Technical article briefs
Ethylene-vinyl acetate copolymers toughen nylon 1010
Successful fabrication of high-toughness nylon with a wide range of vinyl-acetate content offers opportunities for high-performance material design.
Effects of fillers on the properties of thermoplastic elastomers
Silica and calcium carbonate are commercially useful as reinforcing agents for producing soft, elastomeric transparent goods and cost-effective filler, respectively.
Polyethylene extrusion at reduced temperatures
Lubricants are feasible as novel processing additives for resins composed of reacting mixtures of polyethylene glycol with citric acid, organophosphites, and thickening agents.
Real-time characterization of polymer-chain orientation
Ultrasound is a powerful tool for monitoring orientation and disorientation behavior of polymer melts during processing.
Efficient dispersion of nanoparticles in thermoplastic polymers
High-energy ball milling can efficiently produce polymethyl methacrylate silica and high-density polyethylene titanium dioxide.
Adhesion and delamination mechanisms in alternating layered copolymers
Multilayer coextrusion generates strong adhesion between reactive polyamide and polyethylene layers.
Characterizing the cure shrinkage of an epoxy resin in situ
A pair of modified rheology and gravimetry techniques successfully measure and describe the evolution of the volumetric effects of an epoxy system during processing.
Carbon-epoxy cross-ply cruciform specimens under biaxial loading conditions
3D finite-element damage-model predictions of strain data closely match experimental digital-image-correlation measurements.
Microstructural characteristics of ternary polymer composites
The possible formation pathways of separate and core-shell microstructures of dispersed rigid filler and elastomer particles depend on the elastomer's polarity.
All-polymeric photonic bandgap polystyrene/polymethyl methacrylate Bragg fibers
A novel and efficient method of making waveguides based on alternating polymer layers promises better control of the fabrication process and fewer defects.
Novel damping composite at room temperature
The damping performance of hydrogenated nitrile-butadiene rubber greatly improves by incorporating hindered phenol.
Improvements in local mechanical property measurements of polymers
Using well-defined indenters and advanced data-analysis methods atomic-force microscopy can achieve accuracies to within 30-40% of those routinely obtained with macroscopic techniques.
Improving the toughness of mica composites
Treating isotactic polypropylene/phlogopite mica with pimelic acid improves the orientation and dispersion of mica plates in the matrix.
Multi-objective optimization of injection molding
Automatically defining the values of important process operating conditions results in optimum performance.
Metal-oxide-containing polysiloxane enables enhanced conductivity
Newly synthesized metal/polymer composites exhibit improved electrical and thermal properties.
Ball formation on flow fronts during micro-injection molding
Under high pressures and at high temperatures, mold flow advances smoothly and continuously, leading to creation and merging of micro-balls that look like teeth on gum.
Cavitation in high-density polyethylene
The density of cavities developing in both unfilled and filled polymers decreases from core to skin and is substantially affected by macroscopic stresses.
Alginate enhances formation of polyaniline-alginate/titanium dioxide nanocomposites
Conductivity measurements show that alginate successfully acts as template to form a composite with improved morphological, thermal, and electrical properties.
Improved properties of ternary polymer/filler composites
A polymer matrix containing two inorganic fillers exhibits significantly enhanced mechanical and thermodynamic properties compared with both pure high-density polyethylene and binary composites.
Inspection model assists in correcting injection defects
Defect-behavior tendency curves improve injection-process effectiveness and quality control.
We're sorry, but your current web site security status does not grant you access to the resource you are attempting to view.