Polymer-Based Additive Manufacturing (PBAM) Guidelines for Aircraft Design and Certification
Joel White; Wichita State University/NIAR
Correlation of ULTEM 9085 Physical, Chemical & Mechanical Properties
Seth O'Brien; Oregon State University
Metallic Additive Manufacturing Guidelines for Aircraft Design and Certification
Joel White; Wichita State University/NIAR
Surface Integrity of Additively Manufactured Ti-6Al-4V Parts
Shuai Shao; NCAME/Auburn University
Characterizing Mechanical Property Variability in Ti6Al4V produced by Laser Powder
Bed Fusion (LPBF) Additive Manufacturing
Dwayne Arola; University of Washington
Effect of Drifts in Key Process Variables within Tolerance on Mechanical Properties
of Additively Manufactured Ti-6Al-4V Parts
Peter Liu; NCAME/Auburn University
Evaluating the Criticality of Inherent Anomalies/Defects on the Fatigue Behavior of
Additively Manufactured Ti-6Al-4V Parts
Shuai Shao; NCAME/Auburn University
Fracture Mechanics, Damage Tolerance, and Notch Sensitivity Testing of Sandwich Composites
Mike Czabaj; University of Utah
Development of Higher Level Building Block Testing Standards
Waruna Seneviratne; Wichita State University/NIAR
Core Material Qualification Guidance for Aircraft Design and Certification
Brandon Saathoff; Wichita State University/NIAR
Development for Process Specification and Quality Assurance of Slit Tape for Automated
Fiber Placement
Waruna Seneviratne; Wichita State University/NIAR
Discontinuous Fiber Reinforced Thermoplastic Composite Qualification Framework Development
Brandon Saathoff; Wichita State University/NIAR
Computational Investigation into the Effects of Platelet Size, Thickness, and Flow
on the Tensile Properties of Discontinuous Fiber Composites
Marco Salviato; University of Washington
Resin Infused Fiber Reinforced Materials Guidelines for Aircraft Design and Certification
Rachael Andrulonis; Wichita State University/NIAR
Meeting the Needs of the Aerospace Industry: Accurate Simulation of Fabric Permeability
Wayne Huberty; Mississippi State U./Advanced Composites Institute
Adhesive Bond Qualification Guidance for Aircraft Design and Certification
Upul Palliyaguru; Wichita State University/NIAR
Ceramic Matrix Composite (CMC) Materials Guidelines for Aircraft Design and Certification
Rachael Andrulonis; Wichita State University/NIAR
Thermoplastic Welding Process Qualification Protocols for Aircraft Design and Certification
Waruna Seneviratne; Wichita State University/NIAR
Nanomechanical Property Characterization of Composite Adhesive Bonding Systems with
Long-term Exposures
Rita Olander, Brian Flinn; University of Washington
Advanced Materials and Processes Survey for AAM and UAS Aircraft
Aswini Kona Ravi; Wichita State University/NIAR
Impact Damage Tolerance Guidelines for Stiffened Composite Panels
Hyonny Kim; University of California, San Diego
Effects of Liquid Disinfectants and Ultraviolet-C Germicidal Irradiation on Aircraft
Cabin Interior Materials
Akhil Basin, Luis Gomez; Wichita State University/NIAR
Char removal strategy for fire-forensic analysis of mechanically-failed aerospace
carbon/epoxy composites
Matthew Priddy; Mississippi State U./Advanced Composites Institute
Comparison of Viscoelastic/Viscoplastic Models for Describing the Creep and Ratcheting
Behaviors of Adhesives
Yi Chen; Washington State University
Effects of Defects in Composite Materials at Elevated Strain Rates
Akhil Basin; Wichita State University/NIAR
Evaluation of Aged Structural Bonds on Rotor Blades
Caleb Saathoff; Wichita State University/NIAR
Effects of alternative jet fuel blends on aerospace-grade carbon/epoxy composites
Santanu Kundu; Mississippi State U./Advanced Composites Institute
eVTOL Crashworthiness: Results and Findings from a 50ft Battery Drop Test
Luis Gomez; Wichita State University/NIAR