TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 3 | |
| 3D printing | |
| A | |
| Abaqus | |
| Acoustic | |
| Active food packaging | |
| Active vibration control | |
| Additive Manufacturing | |
| aerial robotics | |
| aerodynamics performance | |
| AI | |
| Archimedes wind turbine | |
| Artificial Neural Networks | |
| asphalt mixtures | |
| automotive suspension system | |
| Autonomous Driving | |
| Auxetic | |
| axial compressive force | |
| B | |
| Balancing composite motion optimization (BCMO) | |
| Bayesian inference | |
| Bifurcations | |
| Binomial distribution | |
| Biomechanical engineering | |
| Biomechanics | |
| Bound Metal Deposition method | |
| Brazilian test | |
| Breast cancer | |
| Buckling | |
| building | |
| Burger’s creep model | |
| C | |
| CAD/CAM/CNC | |
| Capsule robots | |
| cellular materials | |
| CFD | |
| CFD-DEM | |
| CFDST columns | |
| chaos | |
| Chebyshev | |
| Chebyshev-Ritz | |
| coated structures | |
| Colorimetric membranes | |
| complex fluid | |
| complex-valued solution | |
| Compliant toggle mechanism | |
| composite material | |
| composite slab | |
| composite structure | |
| Compressive strength | |
| Computation cost | |
| Computational fluid dynamics | |
| Computational mechanics | |
| concrete | |
| constitutive boundary conditions | |
| Contact problem | |
| Contact strength | |
| contact/bending strength | |
| Contra-Rotating Propeller (CRP) | |
| cooling system | |
| cooperative manipulation | |
| Cracked beams | |
| Creep coefficient | |
| creep compliance | |
| CS-FEM | |
| CUDA | |
| cylindrical obstructions | |
| D | |
| Damage analysis | |
| damage behavior | |
| damping | |
| Debris flow | |
| Deep Learning | |
| deformation optimization | |
| differential evolution | |
| Digital simulation | |
| dilation-erosion operators | |
| Displacement amplification | |
| double-bridge mechanism | |
| double–line of action | |
| Driver-Vehicle Interaction | |
| Droplet | |
| dynamic stiffness method | |
| E | |
| Effective elastic modulus | |
| Effective models | |
| efficiency | |
| Elastic Modulus | |
| electric motor | |
| electric vehicle | |
| Electromagnetoacoustic shear horizontal waves | |
| Electromechanical behavior | |
| energy harvesting | |
| Energy limiter | |
| equilibrium boundary conditions | |
| Eringen’s non-local elasticity | |
| Erodible bed | |
| Erosion mechanism | |
| Explicit solver | |
| F | |
| FEM | |
| FGM | |
| fiber reinforced concrete | |
| Finite element analysis | |
| finite element analysis | |
| finite element method | |
| Finite element method (FEM) | |
| flat slab with opening | |
| Forced Convection | |
| Formulas for the slowness of electromagnetoacoustic shear horizontal waves | |
| free vibration | |
| Free Vibration Analysis | |
| Front-tracking method | |
| FSDT | |
| Function graded porous | |
| functionally graded material | |
| functionally graded material | |
| Functionally Graded Materials (FGM) | |
| functionally graded plates | |
| G | |
| GPU | |
| Gradient-enhanced damage model | |
| Granular collapse | |
| gust | |
| H | |
| H/V ratio | |
| H13 tool steel | |
| Haptic Feedback | |
| heat transfer | |
| helical spring | |
| High-Performance Fiber-Reinforced Concrete (HPFRC) | |
| Higher-order shear deformation | |
| higher-order shear deformation shell theory | |
| higher-order theory | |
| Hollow droplet | |
| Huet-Sayegh model | |
| Hyper-elasticity | |
| hyperelastic model | |
| I | |
| Impact force | |
| Imperfect interface | |
| imperfection | |
| inclined rooftop | |
| inelastic homogenization | |
| injection molding | |
| Intelligent Control | |
| Interphase | |
| Interpolating Modified Moving Least Squares | |
| Isogeometric Analysis | |
| Isogeometric analysis (IGA) | |
| ISRM suggested Methods | |
| K | |
| Kinematic analysis | |
| L | |
| large deformation | |
| lightweight aggregate concrete | |
| Lightweight Structures | |
| limit analysis | |
| load sharing | |
| M | |
| Machine learning | |
| machining parameters | |
| machining time | |
| Machining tolerances | |
| Magneto-rheological Fluid | |
| Magnetorheological Brake | |
| marine diesel engine | |
| Mass lumping | |
| Mechanic-based design | |
| Meshfree | |
| meshfree method | |
| Meshless methods | |
| Metal 3D printing | |
| micromechanics | |
| Minimum volume | |
| Modulation Transfer Function (MTF) | |
| Molecular dynamics (MD) | |
| motor speed | |
| moving harmonic load | |
| Multi-core compound droplet | |
| multi-search strategy | |
| Multiscale analysis | |
| Multiscale modeling | |
| N | |
| new four variable refined | |
| non-Newtonian | |
| Non-smooth systems | |
| Non-uniform rational B-splines (NURBS) | |
| Nonlinear analysis | |
| nonlinear Duffing | |
| Nonlinear stability | |
| nonlocal elastic theory | |
| Novikov gears | |
| Numerical model | |
| numerical simulation | |
| numerical simulations | |
| O | |
| O-ring | |
| Off-axis optical systems | |
| ogive-nosed projectile | |
| Oil-bath lubrication | |
| One-Shot products | |
| optimization | |
| P | |
| parallel computing | |
| parameters identification | |
| Particle shape | |
| passing | |
| penetrate | |
| Pervious concrete | |
| PH | |
| Phase field method | |
| phase space | |
| physical interaction | |
| piezoelectric | |
| Piezoelectric composites | |
| Piezoelectric half-spaces | |
| Piezoelectric layer | |
| plate heat exchanger | |
| plates | |
| Poincaré section | |
| Polymer nanocomposites | |
| Porous material | |
| power coefficient | |
| precision manipulation | |
| pressure | |
| Primittive | |
| Prior information | |
| processing parameters | |
| Product quality | |
| Production system | |
| Productivity | |
| propeller blade | |
| pseudo-static | |
| PTO | |
| punching shear behavior | |
| Q | |
| Q5 element | |
| quintuple-layer beam | |
| R | |
| radiotherapy optimization | |
| Rayleigh wave | |
| Rayleigh waves | |
| Receptance | |
| Relaxation-based model | |
| renewable energy | |
| ricochet | |
| Ritz method | |
| Robotic Exoskeleton | |
| roof | |
| rotational speed | |
| RPIM | |
| RSM | |
| Run-up | |
| Runout distance | |
| S | |
| Sample size determination | |
| Sandwich Structures | |
| Savonius wind turbine | |
| Self-learning algorithm | |
| Self-sensing | |
| SH waves | |
| shear connectors | |
| shear deformation function | |
| shear stress | |
| Simulation | |
| Simulation | |
| single-rotating propeller | |
| Size effect | |
| sliding interaction | |
| Slit dam | |
| Smart manufacturing system | |
| SOCP | |
| Solid Interactions | |
| Solidification Dynamics | |
| SQP | |
| Stability | |
| standards–based design | |
| Static analysis | |
| static bending | |
| Steer-By-Wire | |
| Steering Feel | |
| storm | |
| Stress relaxation | |
| structural analysis | |
| Structural Health Monitoring (SHM) | |
| structural optimization | |
| Surface form errors | |
| Surfactant | |
| Sustainable packaging | |
| symbolic regression | |
| T | |
| Taguchi method | |
| TCVN 5574:2018 | |
| Teaching-Learning-Based Optimization | |
| The complex variable function method | |
| The existence of EMA-SH waves | |
| thermal shock | |
| Thermo-electro-mechanical coupling | |
| Thermoelastic type II | |
| Thermoelastic vibration | |
| thermomechanical fracture | |
| thick plate | |
| Thin-walled beams | |
| Third-order shear deformation theory | |
| three-phase composite | |
| Three-Variable Plate Theory | |
| time domain | |
| Timoshenko beam | |
| Timoshenko beam theory | |
| Tip speed ratio | |
| Tooth-shaped Rotor | |
| topology optimization | |
| torque | |
| Torque Control | |
| TPIM | |
| trapping | |
| Triply Periodic Minimal Surface | |
| Triply periodic minimal surface (TPMS) | |
| TRPIM | |
| tuned liquid damper | |
| tunnel lining | |
| Turbulent cascade | |
| Turbulent flows | |
| two-scale topology optimization | |
| Two-stage gearbox | |
| U | |
| UCS test | |
| underground construction twin tunnels | |
| V | |
| variation inelasticity | |
| Variational approach | |
| Vehicle Design Flexibility | |
| Vehicle dynamic behaviors | |
| Vertical axis wind turbine | |
| vibration mitigation | |
| Vibro-impact | |
| voltage | |
| Vortex dynamics | |
| Vortex generation | |
| Vortex instability | |
| Vortex particle method | |
| Vortex reconnection | |
| Vortex ring collision | |
| Vortex ring-tube reconnection | |
| vortex shedding | |
| Vortex structure | |
| Vortex-wall interactions | |
| W | |
| warpage | |
| water entry | |
| Wearable Robotics | |
| well-posedness | |
| wind profile | |
| wind turbine | |