Micromechanics-Based Stress Rupture Life Prediction Of Polymer Composites

Articles in the same Issue

1. TABLE OF CONTENTS
2. Introduction
3. Durability Analysis and Structural Health Management of Smart Composite Structures Using Small-Diameter Fiber Optic Sensors
4. Micromechanics-Based Stress Rupture Life Prediction Of Polymer Composites
5. A Dedicated Computational Strategy for Composite Pipes: Basic Principle and Illustration
6. Durability and Performance of Press Molded Polymer Composite Monopolar Plates
7. Analytical Modelling of the Metal Vessel Reinforced by Filament Winding for Hydrogen Storage
8. Long-Term Behaviour of GRP Pipes
9. Time-Temperature-Water Absorption Dependent Fatigue Strength of Plain-Woven CFRP Laminates
10. Towards a Micromechanics-Based Damage Mesomodel for CFRP Laminates under Thermomechanical Cyclic Loading
11. Identification of Behaviour Laws and Failure Criteria Parameters of Composites Based on Off Axes Tests Application : Composite Polyester/Alfa
12. Simulation of Response of Composite Structures Under Fire Exposure
13. Low Velocity Impact of Thermosetting Composite Systems Modified with Rubber and Cork Powders
14. Friction Between Warp and Weft in Viscoelastic Behaviour of Pliable Fabric Composites
15. Fatigue Damage and Failure for Notched Plates of Short Glass Fiber Reinforced Polypropylene
16. Nonlinear Moisture Effects on Long-Term Creep at Stationary and Nonstationary Conditions
17. Composite Life Under Sustained Compression And One Sided Simulated Fire Exposure: Characterization And Prediction
18. Response of CFRP Laminates under High Strain Rate Compression until Failure
19. The Role of Durability in Reliability-Based Design of Composite Materials for Civil Structures
20. Fatigue Simulation of GFR Composites in 3-Point Bending Tests