Engineering
Ballistic Protection
100%
Computer Simulation
94%
Armor Plate
88%
Speed Camera
82%
Strain Rate
82%
Damage Detection
79%
Good Correlation
70%
Indentation
70%
Ultrasonics
70%
Energy Engineering
61%
Behind Armour Blunt Trauma
52%
Dynamic Behavior
52%
Impact Response
52%
Shear Rate
52%
Plasticine
52%
Rheology
52%
Finite Element Analysis
52%
Perforating
47%
Constitutive Equation
47%
Aerodynamic Coefficient
47%
Mechanical Response
41%
Numerical Approach
35%
Limitations
35%
Signal Strength
35%
Measurement Noise
35%
Numerical Model
35%
Commercial Software
35%
Equation Model
35%
Impact Test
35%
Damage Mechanism
35%
Computational Fluid Dynamics
35%
Yaw Angle
35%
Fragment Simulating Projectile
35%
Ti-6al-4v
35%
Gyroscopic Effect
35%
Fixed Mass
35%
Ten Year
35%
Texture Evolution
35%
Shear Strain
35%
Multiscale
35%
Mechanical Structure
35%
Friction Welding
35%
Aged Specimen
35%
Penetration Depth
35%
Pressure Flow
35%
Design Criterion
35%
Patient Specific
35%
Flow Characteristics
35%
Pressure Performance
35%
Steel Ball
35%
Rigid Structure
35%
Mach Number
35%
Free Field
35%
Line Method
35%
Aircraft
35%
Point Mass Model
35%
Nonlinearity
35%
Composite Material
35%
Surface Acoustic Wave
35%
Mechanical Fatigue Test
26%
Internals
23%
Failure Model
23%
Dynamic Deformation
23%
Streamlines
23%
Angle-of-Attack
23%
Sound Propagation
17%
Frequency Content
17%
Laminated Composite Plate
17%
High Strain Rate
17%
High Molecular Weight Polyethylene
17%
Damaged Plate
17%
Detection Technique
17%
Affected Zone
17%
Experimental Measurement
17%
Similarities
17%
Metrics
17%
Impact Velocity
17%
Backscattered Electron
17%
Dynamic Viscosity
17%
Surface Crack
17%
Nonlinear Phenomenon
17%
Fatigue Damage
17%
Rigidity
17%
Field Test
17%
Wings
17%
Takeoff
17%
Test Campaign
17%
Parent Material
17%
Airbus A340
17%
Estimated Strain
17%
Energy Dissipation
17%
Computational Resource
17%
Flux Density
17%
Critical Length
17%
Fatigue Crack Propagation
17%
Testing Method
17%
Steel Beam
17%
Mechanical Systems
17%
Backup
17%
Mass Production
17%
Material Science
Strain Rate
82%
Finite Element Methods
70%
Indentation
52%
Impact Testing
35%
Materials Property
35%
Composite Material
35%
Shear Strain
35%
Fatigue Damage
35%
Fatigue Crack
35%
Surface Crack
35%
Ti-6Al-4V
35%
Laminated Plate
35%
Mach Number
35%
Polyethylene
35%
Oxidation Reaction
35%
Computational Fluid Dynamics
35%
Friction Welding
35%
Crack Propagation
35%
High Performance Polymer
35%
Rheology
35%
Surface (Surface Science)
35%
Rigidity
17%
Mechanical Property
17%
Titanium Alloy
17%
Dynamic Loads
11%
Physics
Wave Propagation
70%
Surface Wave
70%
Ultrasonics
35%
Ultrasonic Radiation
35%
Acoustic Wave
35%
Galerkin Method
35%
Sound Intensity
35%
Flux Density
35%
Sound Pressure
35%
Angle of Attack
35%
Far Field
35%
Broadband
35%
Nonlinear Effect
35%
Outdoor Propagation of Sound
35%
Finite Element Analysis
35%
Fatigue Crack
26%
Fatigue Test
26%
Fatigue Damage
17%
Crack Propagation
17%
Surface Crack
17%
Pitching Moment
17%
Navier-Stokes Equation
17%
Nondestructive Test
17%
Sound Measurement
11%
Measurement Method
8%
Statistical Distribution
8%
Transducer
8%