PaperID |
Section |
Title |
| 00-1001 |
Testing
& Evaluation |
An
Alternative Test Method For Characterizing Wet Out And Internal
Integrity Of Pultruded Shapes |
| 00-1018 |
Testing
& Evaluation |
Quantification
Of The Internal Structure Of Continuous Fiber
Composites Through Large Area Automated Microscopy |
| 00-1025 |
Composites
Materials
|
A
Low Profile Additive For Pultrusion |
| 00-1027 |
Processing
Technology |
Effect
Of Die Length On Pulling Force And Composite Quality In Pultrusion |
| 00-1028 |
Composites
Materials |
If
You Want High Performance From Your Pultruded Composites,
Pay Attention To The Filler |
| 00-1029 |
Composites
Materials |
New
Polyester Resins For Pultrusion |
| 00-1030 |
Composites
Materials |
Method
Of Phosphate Ester Neutralizations: New Internal Mold
Release Agents And Viscosity Modifiers For Pultrusion |
| 00-1031 |
Composites
Materials |
Polyurethanes
In Pultrusion Ii: Comparative Study With Conventional Resin
Systems Used In The Industry |
| 00-1032 |
Composites
Applications
|
Using
Pultruded Composite Components In The Vehicle Manufacturing
Industry |
| 00-1033 |
Testing
& Evaluation |
Strength
Retention Of Pultruded Composites After Exposure To Ultra-Violet
(UV) Light |
| 00-1034 |
Processing
Technology |
Experimental
Examination Of The Effects Of Internal Mold Release Agents For
Pultrusion Processing |
| 00-1035 |
Testing
& Evaluation |
A
Study Of The Integrity Of The Transition Region Of Variable
Cross-Section
Thermoset Pultrusions Produced Via Selective Interval Pulshaping |
| 00-1037 |
Processing
Technology |
Enhanced
Multi-Die, Multi-Stage, Pultrusion Technology |
|
01-1006 |
Design
& Engineering |
Composite
Structure Design to Distribute Concentrated Loads |
01-1008
|
Design
& Engineering |
Computer
Simulation of Resin Injection Pultrusion (RIP) |
| 01-1016 |
Testing
& Evaluation |
Effects
of Phosphate Ester Acid Value, pH, and Backbone Chemistry on
Internal Mold Release Agent Performance in Pultrusion |
| 01-1018 |
Testing
& Evaluation |
Testing
& Evaluation Environmental Testing On Pultruded Structural
Shapes |
| 01-1027 |
Composites
Applications |
Implementation
of FRP Girders in Short Span Bridges |
| 01-1039 |
Composites
Materials |
Polyurethane
Based Pultruded Resins Improve The Environmental Image Of Composite
Materials |
| 01-1041 |
Processing
Technology |
Influence
of Real Die Design Features on Temperature and Cure Predictions
from Pultrusion Process Models |
| 01-1048 |
Processing
Technology |
Understanding
the Effects of Clay Fillers in the Pultrusion Process |
|
01-1054 |
Testing
& Evaluation |
Weather
resistance of pultruded profiles |
| 02-1002 |
Composites
Materials |
A
One Pack Pigmentable Low Shrink Resin For Pultrusion |
| 02-1006 |
Composites
Materials |
Combined
Effects Of Moisture, Temperature, And Load On Pultruded Composites |
| 02-1008 |
Testing
& Evaluation |
Composite
Bridge Application: Stelzer Road Project |
| 02-1019 |
Composites
Applications |
Experimental
Measurements Of
Pultrusion Die/Heater Interface; Effects On Process Stability
And Economics |
| 02-1020 |
Processing
Technology
|
Strengthening
Of Masonry With FRP Bars |
| 02-1030 |
Composites
Applications |
Optimization
Of Internal Mold Release Agents For Pultrusion |
|
02-1033 |
Processing
Technology |
Performance
Of Recycled Shingle Core Filled Composite Tubes |
| 02-1039 |
Testing
& Evaluation |
Processing
And Properties Of ATH Fillers In The Pultrusion Process |
| 02-1041 |
Processing
Technology |
Pultrusion
Exotherm Study;Gauge Sensitivity And Application To Process
Engineering Problems |
| 02-1046 |
Composites
Materials |
Unsaturated
Polyester-Polyurethane Hybrid Materials For Pultrusion Applications |
| 03-1005 |
Composites
Applications |
Composite
gratings and offshore oil platform safety aspects |
| 03-1010 |
Processing
Technology |
Enhanced
Pultrusion Using Photocure to Supplement Standard Thermal Cure |
| 03-1018 |
Design
& Engineering |
Improved
Pull-Force Modeling in Injected Pultrusion |
| 03-1019 |
Design
& Engineering
|
Ecologically
and Economically Conscious Design of the Injected Pultrusion
Process via Multi-objective Optimization |
| 03-1025 |
Composites
Materials |
New
Zinc-Phosphate Esters and Their Effectiveness as Mold Release
Agents in Pultrusion |
| 03-1028 |
Testing
& Evaluation |
Pultrusion
of Fast-Gel Thermoset Polyurethanes: Processing Considerations
and Mechanical Properties |
03-1033
|
Processing
Technology |
The
Influence of Various Initiator Systems in the Pultrusion Process |
| 04-1004 |
Composites
Applications |
Super-Sized
Double-Layer Pultruded Gratings |
| 04-1005 |
Composites
Applications |
Pultruded
Glass Fiber Reinforced Plastic and Paperboard Composite Tubes |
| 04-1020 |
Composites
Materials |
High-Strength,
Fire-Retardant Pultruded FRP Composites with Urethane-Hybrid
Resin |
| 04-1021 |
Testing
& Evaluation |
Statistical
Characterization of Pultruded Composites with Natural Fiber
Rein-forcements |
| 04-1022 |
Processing
Technology |
Use
of Multiple Injection Ports for Resin Injection Pultrusion |
| 04-1023 |
Composites
Materials |
New
Fast-Cure, High Strength Phenolic Resin Systems for Pultrusion |
| 05-1004 |
Composites
Applications |
Novel
Materials and Fabrication Process |
| 05-1005 |
Composites
Applications |
Noched
pultrusion rods for strengthening of concrete |
05-1022
|
Composites
Applications |
Pultruded
Double-Layer Grid Stay-in-Place Forms and Reinforcement for
Bridge Decks |
| 05-1044 |
Design
& Engineering |
Strengthening
Concrete Structures with Mechanicaly Fastened Pultruded Strips |
| 05-1045 |
Processing
Technology |
Pultruding
Polyurethane Composite Profiles: Practical Guidelines for Injection
Box Design, Component Metering Equipment and Processing |
| 05-1046 |
Testing
& Evaluation |
Characterization
of Electromagnetic Signatures of Pultruded Composites Incorporating
Various Constituent Materials |
| 05-1047 |
Testing
& Evaluation |
Property
Comparisons of Phenolic Resin Systems for Pultrusion |
| 05-1049 |
Composites
Materials |
One
Pack Pigmentable Pultrusion Resin Using New Low Shrink Technology |
