Keyphrases
Thermosetting Polymers
100%
Self-sensing
100%
Self-healing Capability
100%
Polymer Matrix
100%
Mechanophore
92%
Undergraduate Research
78%
Apprenticeship Programs
78%
Army
50%
Research Apprenticeship
42%
Research Department
35%
High School
35%
Damage Precursor
35%
Polymeric Composites
28%
Loading Conditions
21%
Stress Sensitivity
21%
Nanomaterials
21%
Real-world Application
21%
Polymeric Materials
21%
Fatigue Load
21%
Early Damage Detection
14%
Army Applications
14%
Matrix System
14%
Damage Initiation
14%
Graduate Level
14%
Research Internship
14%
Talented Students
14%
Material System
14%
Multifunctional Composites
14%
Academic Competence
14%
Undergraduate Students
14%
Fatigue Damage Initiation
14%
High School Students
14%
Damage Detection
14%
Ground Vehicles
14%
Composite Structures
14%
Multiaxial Fatigue
14%
Intelligent Materials
14%
Modeling Approach
14%
Research Fellowship
14%
Research Skills
14%
Student Motivation
14%
Material Degradation
14%
Funded Research
14%
Polymer-matrix Composites
14%
Intelligent Systems
14%
High School Research
14%
Cycloalkanes
7%
Interaction Characteristics
7%
Molecular-level Interaction
7%
Self-healing Mechanism
7%
Classroom Education
7%
Complex Services
7%
Fluorescence Intensity
7%
Accumulation Behavior
7%
Novelty Stress
7%
Project Definition
7%
External Loading
7%
Hybrid Molecular Dynamics
7%
Glass Fiber Reinforced Polymer Composites
7%
Polymer Molecules
7%
Service Loading Conditions
7%
Opportunity to Perform
7%
MXene-based Composites
7%
Glass Fiber Reinforced
7%
Material Versatility
7%
Novel Matrix
7%
Armor Systems
7%
Stress Detection
7%
Protective Armor
7%
Armour Vehicle
7%
Self-healing Functionality
7%
Material Sensitivity
7%
Structural Safety
7%
Technical Presentations
7%
Microstructural Characterization
7%
Rotorcraft
7%
Advanced Polymer Matrix Composites
7%
Quasi-static Loading
7%
High Performance
7%
Air Vehicle
7%
Computational Modeling Methods
7%
Mechanical Loading
7%
Interdisciplinary Research
7%
Direct Benefits
7%
Weapon System
7%
Micro-mechanism
7%
Damage Progression
7%
Novel Synthesis
7%
Vehicle System
7%
Microstructural Characteristics
7%
Detection Efficiency
7%
Self-sensing Capacity
7%
Experimental Modeling
7%
Transformative Research
7%
Technological Progress
7%
Carbon Nanotubes
7%
Mechanochemistry
7%
Molecule Structure
7%
Damage Failure
7%
Minority Populations
7%
Service Life
7%
Failure Probability
7%
Failure Mechanism
7%
Underground Physics
7%
Validation Plans
7%
Framework Analysis
7%
Internship
7%
Methodological Development
7%
Improved Properties
7%
Writing Skills
7%
Test Use
7%
Closed-loop Design
7%
Propagation Behavior
7%
Design Plan
7%
Technical Skills
7%
Damage Mode
7%
Closed-loop
7%
Color Change
7%
Damage Propagation
7%
Mechanical Properties
7%
Novel Methodology
7%
Synthesis Routes
7%
Lightweight Composites
7%
Proposed Methodology
7%
Complex Loading Condition
7%
Damage Growth
7%
Self-healing
7%
Mechanical Testing
7%
Molecular Mechanism
7%
Material Design
7%
Damage Accumulation
7%
Research Agreement
7%
Academic Research
7%
Material Failure
7%
Sensitivity Analysis
7%
In Situ
7%
Presentation Skills
7%
Multifunctional Polymer
7%
Promising Areas
7%
Outreach Activities
7%
Sensing Capability
7%
Effective Design
7%
Army Research Laboratory
7%
Molecular Structure
7%
Aerospace Applications
7%
Opportunity to Learn
7%
Design Guidelines
7%
Engineering
Secondary Schools
100%
Polymer Matrix
100%
Damage Detection
44%
Polymeric Composite
44%
Damage Initiation
44%
Fatigue Loading Condition
33%
Reinforced Plastic
33%
Engineering
33%
Nanomaterial
33%
Early Stage
33%
Multiaxial Fatigue
22%
Sensing Capability
22%
Closed Loop
22%
Research
22%
Fatigue Damage
22%
Material System
22%
Loading Condition
22%
Ground Vehicle
22%
Engineering Research
22%
Real World Application
22%
Materials Degradation
22%
Composite Structure
22%
School Student
22%
Healing Function
11%
Fibre-Reinforced Polymer Composite
11%
Polymer Molecule
11%
Cycloalkane
11%
Rotorcraft
11%
System Matrix
11%
Fluorescence Intensity
11%
MXene
11%
Structural Safety
11%
External Loading
11%
Damage Propagation
11%
Damage Mode
11%
Static Loading
11%
Damage Accumulation
11%
Damage Growth
11%
Design Guideline
11%
Test Facility
11%
Molecular Level
11%
Mechanical Loading
11%
Test Data
11%
Research Project
11%
Weapon Systems
11%
Micromechanisms
11%
Microstructural Characteristic
11%
Failure Mechanism
11%
Mechanical Testing
11%
Progression
11%
Technological Development
11%
Research Laboratories
11%
Aerospace Applications
11%
Service Life
11%
Carbon Nanotube
11%