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Service Life Prediction of Polymeric Materials: Vision for the Future - Presentations
| Presenter | Title |
| White | Introduction |
| Reichert | Numerical Aging of Products Exposed to the Sun |
| Hayes | The Effect of Non-Radiation Factors on the Weathering of Silicone Hardcoats |
| White (Ken) | Laboratory-Based Predictions of Weathering in Outdoor Environments over the Entire Degradation Pathway |
| Berry | An Improving Accelerated Weathering Protocols to Anticipate Florida Exposure Behavior of Transportation Coatings |
| Celina | Polymer Oxidation and Material Performance – A Critical Perspective on High Temperature Approaches |
| Patel | Aging of adhesive binder materials in support of life assessment of sealed multi-material assemblies |
| Srubar | Service-Life Prediction of Fully Biorenewable Wood-Plastic Composites: A Spatiotemporal Approach |
| Wachtendorf | Development of a leaching test to estimate emissions from synthetic sports grounds into soil and ground water under weathering exposure |
| Koehl | Accelerated Service Life Testing of Photovoltaic Modules |
| Watson | Service Life of Electrical Cable and Condition Monitoring Methods |
| Pickett | Hydrolysis Kinetics and Lifetime Prediction for Polycarbonate and Polyesters |
| Yang(Edwin) | Polymer Degradation and Properties for Modeling Insulation Service Life of NM Cable |
| Gu | Linking Accelerated Laboratory and Outdoor Exposure Results for Polymeric Materials used in Photovoltaics |
| Costa | Polyolefin Lifetime Prediction |
| Masayuki | Life time prediction of thermal aging of polyolefin by simple method |
| Yang | Multi-detector GPC Characterization for Polymer Degradation |
| Alig | Scanning acoustic microscopy for service life prediction of coatings |
| Hardcastle | Ultra-Accelerated Weathering II: Considerations for Accelerated Data Based Weathering Service Life Predictions |
| Glascoe | Predicting multi-material aging and degradation using reactive transport modeling |
| Wood | What are the Limitations on Using Accelerated Methods to Predict the Decorative Properties of PVDF-based Coatings? |
| Thouless | Time-dependent crack growth in nano-composite coatings on polycarbonate |
| Roduit | Prediction of Thermal Aging of Materials Based on Limited Amount of Experimental Points. Modified Treatment of Kinetic Data |
| Blair | Accelerated Aging Studies for the Lifetime Extension of O-rings Used in the SAVY-4000 Unit |
| Quill | Test Method Development for Outdoor Exposure and Accelerated Weathering of Plastic Siding Specimens |
| Hsuan/ Dunn | Introduction |
| Liechti | Shear Modified Free Volume Concepts for the Nonlinear Viscoelastic Behavior of Polymers |
| Qi | Photo-mechanics of Polymer Structural Alteration Due to Light Irradiation |
| Rajagopal | Modeling the non-linear response of polymeric solids undergoing microstructural changes due to the diffusion of solvents |
| Caruthers | Development of Constitutive Models for the Long Term Performance of Glassy Polymers |
| Keten | Solvent and Confinement Effects on the Thermomechanical Behavior of Amorphous Polymers |
| Kiil | Mathematical modeling of photoinitiated coating degradation: Effects of relative humidity, nano-size pigments, coating glass transition temperature, and light stabilizers |
| Le Gacac | Prediction of Mechanical Properties During Polychloroprene Oxidation Using Mechanistic Modeling |
| Geburtig | PP Numerical Photoageing Simulation by Dose Response Functions with Respect to Irradiation and Temperature – ViPQuali Project |
| Pochiraju | Long-Term Thermo-Oxidative Degradation of High-Temperature Polymers and their Composites |
| Muliana | Coupled Heat Conduction and Thermo-viscoelastic Analyses of Polymeric Composites |
| Bakis | Externally Bonded FRP Strengthening: Effects of Elevated Temperatures and Sustained Loads |
| Yun | Stochastic Characterization for Micromechanical Properties of Polymer Matrix |
| La Saponara | A study on the impact of aerospace fluids on the durability of fiber-reinforced composite structures |
| Bocchieri | A study of thermal damage to a variety of composite materials resulting in wide spread delamination as a function of applied thermal load |
| Loyola | Time Dependency of Electrical Properties of MWCNT-PVDF Films Subjected to Temperature Cycling |
| UL | Aging Data Analysis - Traditional |
| UL | Aging Data Analysis - New Program |
| UL | Analytical Methods |
| UL | Statistical Methods |
| UL | New Program - Process |
| UL | Aging - Round Robin Testing |
| UL | UL Talk |
All contributions or comments are those of various individuals and do not necessarily reflect the opinions or beliefs of NIST. If you need help reading any of these documents please contact elwebmaster [at] nist.gov (elwebmaster[at]nist[dot]gov).
Created March 15, 2013, Updated April 19, 2013