Table of Contents
Key Properties and Proposed Digital Code System for Glass Fiber Reinforcements for Filament Winding
Survey of Methods of Test for Parallel Filament Reinforced Plastics
Absolute and Differential Dilatometry for Measurement of Unrestrained Shrinkage on Resin Curing
Fornof A., Rosen B.
A Proposed Method for Determining Percentage of Resin Flow in Preimpregnated Roving
A Portable Proximity Probe for Detection of Moisture Within a Laminate
Compression Testing of NOL Rings
Compressive Strength of Parallel Filament-reinforced Plastics: Development of a New Test Method
Fried N., Winans R.
The NOL Ring Test as a Method for Selecting Finished Glass Fibers for Reinforcement of Epoxy Pipe
Pflederer F., Roskos T.
Compression, Fatigue, and Stress Studies on NOL Ring Specimens
Barnet Robert F., Karpe S., Kinna M., Mueller C., Perry H., Prosen S.
Evaluation of Hoop Tension Tests as a Method of Screening Materials for Filament-Winding Application
Research on Wire-Wound Composite Materials
Marshall D., McGarry F.
Evaluation of High-Strength-and-Modulus Brittle Materials in Filament and Composite Forms
Clark W., Gunn K., Talley C.
Single-End Glass Yarn Tension Test
Kennedy P., Pirzadeh N.
A Tension Test Method for Glass Fiber Strands, Yarns, and Rovings (OCF Strand Test)
Comparative Evaluation of Methods for Measurement of Hoop Tensile Strength by Means of an NOL Type Filament-Wound Ring
Channon S., Rubin L.
Preparation and Testing of NOL Rings from Preimpregnated Rovings
Brown G., Davis G.
A Segmented Cylinder Test for Determining Hoop Stress in Composite Structures
Cole C., Hanley D.
Developing Standards for Use of Preimpregnated Roving
A Laboratory Scale Filament Winding System to Produce Pressure Vessels Rapidly and Simply
Photoelastic Studies of Filament-Wound Pressure Vessels
Proposed Method of Test for Interlaminar Shear Properties of Sizings and Binders for Secondary Reinforcements Using a Polar-Cut Ovaloidal Specimen
ASTM Task Group Round-Robin Testing
William Davis J.
Craze Cracking in Glass Filament-Wound Pressure Chambers
Some Nondestructive Tests for Filament-Wound Structures
Groble K., Gruetzmacher R., Hendron J., McClurg G., Retzky M.
Corona Detection Techniques as a Nondestructive Method for Locating Voids in Filament-Wound Structures
Lindsay E., Works C.
A Television X-ray Image Enlargement System for Non-destructive Testing of Fiber Glass Reinforced Plastic Missile Case Materials
McMaster R., Rhoten M.
Quality Control Procedures for Rocket Motor Cases: Reinforced Plastic Versus Steel
Use of Lead Glass Fiber Yarns as Tracers in Radiography of Filament-Wound Products
Test Methods for Filament-Wound Specimens