Materials Engineering

We apply advanced materials and analysis technologies to solve problems and develop new and better materials to enhance the performance of products. Our staff evaluates and predicts the life, performance, and risk of failure for structures, mechanical components, and engineered systems.

Go to Battery Development
Battery Development
Go to Biomaterials & Scaffolds
Biomaterials & Scaffolds
Go to Biomechanical Testing
Biomechanical Testing
Go to Biomechanical Testing & Characterization
Biomechanical Testing & Characterization
Go to Bone & Biomechanics
Bone & Biomechanics
Cased Pipeline Corrosion Model
Cased Pipeline Corrosion Model (CAPCOM)
Go to Computational Materials & Modeling
Computational Materials & Modeling
Go to Materials Integrity & Lifing
Computational Materials Integrity & Lifing
Go to Computational Modeling
Computational Modeling
Go to Computational Musculoskeletal Modeling
Computational Musculoskeletal Modeling
Go to Computational Reliability Analysis & Uncertainty Quantification
Computational Reliability Analysis & Uncertainty Quantification
Go to Corrosion-Influenced Failure Analysis
Corrosion Failure Analysis
Go to Sensors & Corrosion Monitoring
Corrosion Monitoring & Sensor Solutions
Go to Corrosion Testing & Research
Corrosion Testing Laboratory
image of DARWIN site header
DARWIN
Go to Environmentally Assisted Fatigue
Environmentally Assisted Fatigue
Go to Failure Analysis for Medical Applications
Failure Analysis for Medical Applications
Go to Failure Analysis for the Oil, Gas, Chemical, & Nuclear Industries
Failure Analysis for the Oil, Gas, Chemical, & Nuclear Industries
Go to Failure Prevention
Failure Prevention
Ship
FlawPRO™ Engineering Critical Assessment (ECA)
Go to High-Temperature & High-Pressure Testing
High-Temperature & High Pressure Testing
Go to Human Performance Metrology
Human Performance Solutions
Go to Infrared & Ultraviolet Imaging
Infrared & Ultraviolet Imaging
Go to Laser-Induced Fluorescence
Laser-Induced Fluorescence
Go to Life, Integrity & Failure Prediction
Life, Integrity & Failure Prediction
Go to Light Delivery Systems
Light Delivery Systems
Go to Manufacturing & Transportation Failure Analysis
Manufacturing & Transportation Failure Analysis
man on a bicycle with biomechanical data overlayed
Markerless Motion Capture Laboratory
Go to Materials Chemistry
Materials Chemistry
Go to Mechanical Characterization & Testing
Mechanical Characterization & Testing
hardness test for failure analysis and materials characterization
Metallurgical Analysis Laboratory
Go to MicroCT Analysis
MicroCT Analysis
nasgro hero
NASGRO® Fracture Mechanics & Fatigue Crack Growth Software
Go to NESSUS
NESSUS®
microscopic image of nanoflakes used in optical coatings
Optical Coating Services
Go to Optical Sensing & Spectroscopy
Optical Sensing & Spectroscopy
Go to Power Generation Failure Analysis
Power Generation Failure Analysis
Go to Predicting Sour Service Performance
Predicting Sour Service Performance
Go to Probabilistic Mechanics & Uncertainty Modeling
Probabilistic Mechanics & Uncertainty Modeling
Go to Product Evaluations
Product Evaluations
Go to Radioactive Materials Characterization
Radioactive Materials Characterization
Go to Root Cause Failure Analysis
Root Cause Failure Analysis
Go to Stress Corrosion Cracking
Stress Corrosion Cracking
Go to Structural Component Failure Analysis
Structural Component Failure Analysis
Go to Surface Engineering & Materials Chemistry Facilities
Surface Engineering & Materials Chemistry Facilities
Go to Surface Engineering Processes & Capabilities
Surface Engineering Processes & Capabilities
Go to Surface Modification & Thin Films
Surface Modification & Thin Films
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