Ingeniería y ciencia de los materiales
3D modeling
20%
Aerodynamics
9%
Aluminum
13%
Axial compression
20%
Axles
12%
Collision avoidance
21%
Compliance
31%
Composite materials
20%
Computerized tomography
21%
Cracks
36%
Data acquisition
5%
Defects
12%
Demonstrations
5%
Disturbance rejection
19%
Drag
16%
End effectors
22%
Evolutionary algorithms
20%
Fatigue of materials
12%
Fibers
8%
Finite element method
12%
Fluids
11%
Fracture mechanics
24%
Genetic algorithms
90%
Geometry
17%
Hardening
6%
Hydrodynamics
5%
Industrial applications
5%
Industrial robots
13%
Interpolation
5%
Kinematics
39%
Laminates
6%
Life cycle
5%
Lubrication
5%
Manipulators
93%
Mass transfer
15%
Mechanical properties
23%
Microchannels
19%
Momentum
8%
Motion planning
20%
Multiobjective optimization
8%
Numerical analysis
15%
Packaging
5%
Particle swarm optimization (PSO)
14%
Photoelasticity
51%
Pipe
13%
Plastics
13%
Population Density
32%
Propellers
38%
Prostheses and Implants
27%
Prosthetics
53%
Residual stresses
31%
Robot applications
15%
Robot programming
8%
Robotics
54%
Robots
78%
Rotors
21%
Shafts (machine components)
22%
Shear stress
5%
Shear thinning
7%
Stiffness
12%
Strain gages
13%
Strain hardening
7%
Stress concentration
22%
Structural integrity
57%
Surface reconstruction
23%
Thermal load
6%
Tissue
7%
Torsional stress
18%
Trajectories
100%
Transient analysis
5%
Matemáticas
Artificial Potential Field
39%
Collision Avoidance
30%
Configuration
11%
Coupler
13%
Crossover
8%
Electroosmotic Flow
34%
Fitness
5%
Gait
6%
Gas
16%
Genetic Algorithm
48%
Kinematics
12%
Lubrication Theory
5%
Manipulator
39%
Mass Transport
24%
Microchannel
29%
Movement
8%
Newtonian Fluid
8%
Objective function
7%
Optimization
6%
Oscillatory Flow
28%
Path Planning
6%
Power-law Fluid
26%
Quaternion
13%
Robot
5%
Robot Manipulator
54%
Robotic Manipulator
20%
Shear Thinning
5%
Strategy
6%
Synthesis
16%
Trajectory
34%
Trajectory Planning
6%
Workspace
27%