TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 2 | |
| 2D/3D Registration | |
| 3 | |
| 3D | |
| 3D beams | |
| 3D dry-jointed masonry blocks | |
| 3D finite rotations | |
| 4 | |
| 4D printing | |
| A | |
| Acoustic metamaterials | |
| Acoustic waves | |
| actin treadmilling | |
| active compensation | |
| active electromechanics | |
| Active flow control | |
| Active structural control | |
| Adaptive grid refinement | |
| Adaptive structures | |
| Additive manufacturing | |
| adhesion | |
| Adhesive and bolted connection | |
| advanced MF model | |
| Aeolian vibrations | |
| Aeroelastic | |
| aeroelastic flutter | |
| aerostatic pad | |
| ageing effects | |
| Aging | |
| Agricultural Machinery | |
| air pads | |
| air puff test | |
| Akashi Kaikyo bridge | |
| Al-7075 T651 aluminium alloy | |
| Analythical Signal | |
| Analytical bounds | |
| Analytical formulation | |
| analytical model | |
| analytical shells | |
| Anchor spike | |
| angiogenesis | |
| Angulated bars | |
| anisometric measures | |
| anisotropic damage | |
| Anisotropic materials | |
| anisotropy | |
| anticlastic effect | |
| Arbitrary-Lagrangian-Eulerian (ALE) methods | |
| Arch | |
| Arterial mechanics | |
| arterial physiopathology | |
| Artistic finishing | |
| ascending thoracic aortic hemodynamics | |
| ATP | |
| Autonomous vehicle | |
| B | |
| b-value | |
| baroreflex | |
| Basalt-FRP | |
| Base isolation | |
| Base isolation systems | |
| base-isolated structure | |
| Basins of attraction | |
| Bayesian Inverse Problem | |
| Bayesian paradigm | |
| beam lattice | |
| Beam test | |
| beam-lattices | |
| Beam-like Model | |
| beam-like structures | |
| beam-to-column connection | |
| Beck’s Column | |
| Bedforms | |
| bending | |
| bending response | |
| bending stress | |
| Bi-modal | |
| biaixial loading | |
| bimodular constitutive response | |
| Bio-composites | |
| bio-inspired civil structures | |
| Bio-inspired materials | |
| bio-inspired structures | |
| Bioelectricity | |
| biological fibrous tissue | |
| Biomimetic scaffolds | |
| Biot model | |
| bipolar coordinates | |
| bistable composite shell dynamics | |
| bistable nonlinear energy sink | |
| blast | |
| Bloch-Floquet | |
| bond | |
| Bone constitutive description | |
| bone remodelling | |
| Bouncing balls | |
| boundary integration | |
| boundary layer | |
| brakes | |
| Breakage | |
| Bresse and jerk circles | |
| bricks arrangement | |
| Brickwork masonry wall | |
| bridge dynamics | |
| bridge network | |
| Bridged Crack Model | |
| Brittle crack onset | |
| brittle damage | |
| brittle fracture | |
| brittle materials | |
| bubble dynamics | |
| buckling | |
| Buckling analysis | |
| Buttress | |
| C | |
| Cable dynamics | |
| Cable-stayed Bridge | |
| Cables | |
| Capacity Surface | |
| Carbon NanoTubes | |
| cavitation | |
| cell aggregation | |
| cell mechanics | |
| cell migration | |
| cell-cell signaling pathways | |
| cementitious composites | |
| Center of shear | |
| Center of twist | |
| Ceramic Matrix | |
| CFD simulation | |
| CFRP reinforcements | |
| Characteristic Structural Size | |
| chemo-transport-mechanics | |
| Chemo-transport-thermo-mechanics | |
| Chitin | |
| Circular holes | |
| Clays | |
| cloaking | |
| closed-loop multiscale cardiovascular model | |
| coating optimization | |
| Coffee | |
| cohesive fracture | |
| Cohesive interface model | |
| cohesive material law | |
| Cohesive Material Law (CML) | |
| cohesive zone model | |
| collagen microstructure | |
| collapse mechanisms | |
| Compact Wave Dynamics | |
| compatibility | |
| complex network | |
| complex variables | |
| complex-valued band structure | |
| composite | |
| Composite laminate | |
| composite materials | |
| Composite structure | |
| Composite structures | |
| Composites | |
| Compressibility | |
| Compressible flow | |
| Compressible flows | |
| computational fluid dynamics | |
| computational hemodynamics | |
| computational Limit Analysis (LA) | |
| Computational Mechanics | |
| Computational modeling | |
| Concentrated damage | |
| concrete | |
| concrete compressive law | |
| Concrete cover separation | |
| condition monitoring | |
| Configurational forces | |
| confined fluid dynamics | |
| Confined Masonry | |
| Confined spaces with pollution | |
| congenital heart disease | |
| congruence measure | |
| constitutive equation | |
| constitutive laws | |
| constitutive modeling | |
| constitutive modelling | |
| constructive techniques | |
| Contact interface | |
| contact mechanics | |
| Contact problems | |
| Continuous model analysis | |
| continuous system | |
| continuous-discrete systems | |
| Continuum damage mechanics | |
| control law | |
| convex constraints | |
| correlation structure | |
| Corrosion Fatigue | |
| Cosserat continuum | |
| Coulomb friction | |
| Couple stress | |
| Coupling | |
| Crack growth | |
| Crack Path | |
| Crack propagation | |
| cracked structures | |
| cracking | |
| Creep | |
| Crystals | |
| cultural heritage | |
| Curved beams | |
| curved structures | |
| curved substrates | |
| cyclic plasticity | |
| cyclic testing | |
| Cylindrical pores | |
| CZM | |
| D | |
| damage | |
| damage detection | |
| damage effects | |
| Damage identification | |
| Damage mechanisms | |
| Damage model | |
| damped wave propagation | |
| Damping estimation | |
| Data Assimilation | |
| data-driven mechanical response | |
| Debonding | |
| Debonding failure | |
| deformable capsule transport | |
| dehydration | |
| delamination | |
| delamination buckling | |
| design optimization | |
| device stiffness | |
| DIC | |
| dielectric laminated composites | |
| diffusion | |
| Diffusion problems | |
| Digital Image Correlation | |
| Direct Laser Metal Deposition | |
| Direct numerical simulations | |
| Discontinous Galerkin (DG) methods | |
| Discontinuity layout optimization | |
| Discontinuous interpolation | |
| Discrete Element Method | |
| discrete homogenization | |
| dislocations | |
| dispersion spectrum | |
| disruptive damage | |
| distributed static indeterminacy | |
| DLC-coatings | |
| Domes | |
| Drag increasing | |
| Driver assistance | |
| Driver Model | |
| Droplet nucleation | |
| Ductile-to-brittle transition | |
| ductility | |
| durability | |
| Dynamic Analysis | |
| Dynamic identification | |
| Dynamic MRI | |
| Dynamic nonlinear analysis | |
| dynamic response | |
| Dynamic Solar Façades | |
| Dynamic Stability | |
| dynamic structural response | |
| Dynamic Substructuring | |
| dynamic-fully coupled formulation | |
| dynamical integrity | |
| E | |
| Earthquake precursors | |
| Edge Waves | |
| effective stiffness | |
| eigen-analysis | |
| Elastic chains | |
| elastic inflatable actuators | |
| elastic response | |
| Elastic waves | |
| Elasticity | |
| Elasticity Problems | |
| elasto-plasto-damage | |
| elastoplastic coupling | |
| Electrochemomechanics | |
| electromagneto-elastic coupling | |
| electromechanical actuation | |
| Electromechanical properties | |
| ellipse of elasticity | |
| embankment stability | |
| Endothelial Cells | |
| energy dissipation | |
| Energy Efficient Buildings | |
| Energy Harvester | |
| Energy scavenging | |
| energy transport | |
| engineering mechanobiology | |
| enhanced rod models | |
| EPDM | |
| Equilibrium | |
| Equivalent beam model | |
| equivalent frame model | |
| Error estimation | |
| euglenoid pellicle | |
| everting ring | |
| exact geometry | |
| Exechon | |
| existing masonry | |
| Experimental | |
| Experimental Dynamic Substructuring | |
| experimental frequency response | |
| Experimental interface behaviour | |
| experimental pure bending | |
| experimental testing | |
| Experimental tests | |
| experiments and DNS | |
| explicit coupling | |
| F | |
| Failure | |
| failure mechanics | |
| Failure mechanisms | |
| fast dynamics | |
| Fatigue | |
| Fatigue Limit | |
| Fatigue Threshold | |
| FE analysis | |
| Feature tracking | |
| FEM-DEM simulation | |
| Fiber Reinforced Cementitious Matrix (FRCM) | |
| fiber reinforced isolators | |
| Fiber-Bridging | |
| fiber-reinforced composites | |
| Fibonacci structure | |
| fibrous soils | |
| Fick's law | |
| Finite deformations | |
| Finite elasticity | |
| finite element | |
| Finite Element Analysis | |
| Finite element method | |
| finite element modelling | |
| Finite Fracture Mechanics | |
| Finite strain mechanics | |
| Finite strains | |
| Finite Volume (FV) methods | |
| Finite volume method | |
| Flag-Flutter | |
| Flax | |
| Flexible beam | |
| Floquet theory | |
| Floquet-Bloch theory | |
| flow regimes and mixing | |
| Flow separation | |
| Fluid dynamics | |
| fluid mixtures | |
| Fluid structure interaction | |
| fluid-solid interaction | |
| fluid-structure interaction | |
| fluid-structure-interaction | |
| Fokker-Planck diffusion law | |
| Foldable plate structures | |
| Follower Force | |
| force density method | |
| form finding | |
| Formula SAE | |
| Fortezza Vecchia in Livorno | |
| Forward and Inverse Dynamics | |
| Foundation settlements | |
| four-point bending test | |
| fractal-and-Hurst effects | |
| Fractals | |
| fractional calculus | |
| fractional viscoelasticity | |
| Fracto-emissions | |
| Fracture | |
| fracture mechanics | |
| fracture micromechanics | |
| fracture mode partitioning | |
| Fracture risk assessment | |
| Fracture Toughness | |
| FRCM | |
| FRCM composites | |
| frequency band structure | |
| frequency-response curves | |
| fretting fatigue | |
| friction | |
| friction dampers | |
| friction noise | |
| frictional contact | |
| front wheel patter | |
| FRP | |
| Fully Electric Vehicle | |
| funicular analysis | |
| funicularity | |
| Fusion magnets | |
| Föppl-von Kármán plates | |
| G | |
| G1 conforming shell element | |
| G1 continuity | |
| Gain coefficients and maps | |
| galloping | |
| Gear efficiency | |
| Gear pitting | |
| Generalised functions | |
| Genetic Algorithms | |
| geomaterials | |
| Geometric Nonlinear Analysis | |
| Geometrically exact beam | |
| geometrically exact models | |
| geometrically nonlinear analysis | |
| GFRP | |
| GFRP bar | |
| GFRP strip | |
| gradient-damage | |
| Gradient-damage models | |
| Granular material | |
| Granular materials | |
| Granular media | |
| graphene | |
| gravity compensation | |
| Gregory Patch | |
| gridshell | |
| Griffith’s fracture criterion | |
| GRIN Lenses | |
| growth | |
| gyroscopic effects | |
| H | |
| Heart Valves | |
| HEE | |
| Helmholtz equation | |
| Hemodynamics | |
| hemolysis | |
| Hemp fibre | |
| High order of accuracy in space and in time | |
| high speed railway | |
| High velocity impact | |
| High-speed camera | |
| Higher-order strain gradient plasticity | |
| Hilbert Transform | |
| historic buildings | |
| Historical building | |
| HIV-1 Protease | |
| homogenisation | |
| Homogenization | |
| hot-spot location | |
| HPFRC | |
| human cornea | |
| human cornea trusswork | |
| hybrid | |
| hybrid composites | |
| Hybrid thermoplastic composites | |
| HybridRANS/LES | |
| hydraulic fracture | |
| hydrogel | |
| hydrogels | |
| Hydrophobic Confinement | |
| hydrophobicity | |
| hydropower generation | |
| hyperbolic paraboloid roof | |
| hyperelasticity | |
| hyperplasticity | |
| hypersonic flows | |
| hysteresis | |
| hysteretic model | |
| Hysteretic oscillators | |
| hysteretic vibration absorber | |
| I | |
| identification | |
| Image analysis | |
| Image analysis dynamic measurements | |
| Image-based finite element modeling | |
| Immersed boundary method | |
| immersed-boundary | |
| immersed-boundary method | |
| Impact dynamics | |
| Impinging Jet | |
| implicit integration | |
| impulsive excitation | |
| In-plane shear-compression behaviour | |
| in-vitro 3D PC-MRI data | |
| in-vitro haemodyinamic simulation | |
| Incomplete self-similarity | |
| Incompressibility | |
| Indentation | |
| Infilled frames | |
| infiltration | |
| infinite stiffness | |
| infinitesimal mechanism | |
| Innovative retrofit systems | |
| instabilities | |
| Installation Effects | |
| integral formulation | |
| Integral Soft Objects | |
| inter-element approach | |
| Inter-element fracture | |
| interaction | |
| Interface | |
| Interface damaging | |
| interface model with damage | |
| Interfaces | |
| interfacial transition zone | |
| interlamellar areas | |
| internal length | |
| internal pressure control | |
| interphase | |
| interphase adhesion | |
| Interpolation formulae | |
| intracardiac flows | |
| intraphase non-linearity | |
| intrusion/extrusion free energy barriers | |
| inverse problem | |
| Inverse problems | |
| irregular cross-section | |
| Isogeometric collocation | |
| J | |
| J2 phase-field | |
| Jet Noise | |
| joints | |
| junction | |
| jute fibres | |
| K | |
| kaleidocycle | |
| Kalman Filter | |
| keratoconus | |
| Kinematic analysis | |
| kinematic matrix | |
| Knee Kinematics | |
| Kohmoto’s invariant | |
| Koiter method | |
| L | |
| laboratory tests | |
| Laminated glass | |
| laminates | |
| Landau theory | |
| Laplace’s method | |
| large deformation | |
| Large displacements | |
| large-scale truss-frame structures | |
| Lattice | |
| lattice dynamics | |
| left ventricle | |
| Level Set–DEM | |
| Levy-type approach | |
| lime mortar | |
| limit analysis | |
| limit design | |
| Linear analysis | |
| liquefaction | |
| Liquid crystals | |
| liquid extrusion | |
| Lithium ion batteries | |
| Local mechanisms | |
| localisation | |
| localization | |
| locomotion | |
| Love waves | |
| lower bound theorem | |
| M | |
| Machine learning | |
| macromechanical approach | |
| macromolecules unfolding | |
| Magic formula | |
| magnetic resonance imaging | |
| magneto-rheological elastomers | |
| magnetorheological damper | |
| manufacturing imperfections | |
| masonry | |
| masonry arch | |
| masonry arches | |
| masonry buildings | |
| Masonry curved structures | |
| Masonry dome | |
| Masonry domes | |
| masonry towers | |
| masonry vault | |
| masonry vaults | |
| Masonry walls | |
| material characterization | |
| Materials with memory | |
| mathematical programming | |
| Mechanical Behaviour | |
| Mechanical Instability | |
| mechanical nonlinearities | |
| Mechanical properties | |
| mechanobiology | |
| Mechanoluminescence | |
| Mechanophores | |
| membrane | |
| membrane structure | |
| membrane theory | |
| MEMS | |
| MEMS Microgripper | |
| mesh dependency | |
| Metamaterial | |
| Metamaterials | |
| Metamodel | |
| Metasurface | |
| method of multiple scales | |
| micro-annulus | |
| micro-mixers | |
| Micro-structured beam | |
| microCT | |
| microfibres | |
| Microfluidics | |
| micromorphic continua | |
| Micropolar | |
| micropolar continua | |
| microscopic stability analysis | |
| microstructure | |
| minimisation | |
| Minimum arch thickness | |
| Minimum buttress thickness | |
| Minimum energy | |
| Mitral valve repair | |
| Mixed formulation | |
| Mixed Methods | |
| Mixed variational formulations | |
| Mixed-Mode | |
| mixed-mode fracture | |
| modal asynchronicity | |
| Modal properties | |
| Model Order Reduction | |
| model reduction | |
| model updating | |
| model-based | |
| modeling | |
| moderately large deflections | |
| molecular mechanics | |
| Mooney-Rivlin material | |
| morphing | |
| morphing structure | |
| morphing structures | |
| morphogenesis | |
| motility | |
| motility induced phase separation | |
| motorcycle dynamics | |
| moving supports | |
| Moving-load problems | |
| MPM | |
| multi-asperity theory | |
| Multi-field homogenization | |
| Multi-functionality | |
| Multi-grid | |
| multi-leaf masonry panels | |
| Multi-physic materials | |
| Multi-physics model | |
| Multi-scale approaches | |
| multi-scale modeling | |
| multi-storey buildings | |
| multicellular models | |
| Multiphase turbulent flow | |
| Multiple Leaf Walls | |
| Multiscale | |
| Multiscale approach | |
| multiscale constitutive modeling | |
| multiscale failure models | |
| Multiscale modelling | |
| multiscale-multifield model | |
| N | |
| nano-beams | |
| Nanobeams | |
| Nanocantilever | |
| nanocomposites | |
| Nanofluidics | |
| Nanoindentation | |
| nanoporous materials | |
| natural fiber | |
| Natural fibers | |
| natural material | |
| negative refraction | |
| NEMS | |
| no tension material | |
| nodal degree | |
| noise barriers | |
| Non-affine kinematics | |
| non-conventional TMD | |
| Non-convex energy | |
| Non-Destructive Analysis | |
| non-linear dynamic | |
| non-linear dynamics | |
| Non-linear finite-element formulation | |
| non-linear hereditariness | |
| non-linear mechanics | |
| non-linear vibrations | |
| non-local elasticity | |
| Non-local lattice | |
| non-locality | |
| non-proportional loading | |
| Non-Smooth Contact Dynamics method | |
| non-symmetric masonry arches | |
| Nonconforming slide lines | |
| Nonlinear connection | |
| nonlinear dynamic | |
| Nonlinear Dynamic Model | |
| Nonlinear dynamics | |
| nonlinear effects | |
| Nonlinear elasticity | |
| Nonlinear finite element method | |
| Nonlinear hyperbolic equations | |
| nonlinear hyperelasticity | |
| Nonlinear modelling of masonry infills | |
| nonlinear multiple peeling | |
| Nonlinear Normal Modes | |
| nonlinear tensegrity systems | |
| nonlinear vibration absorbers | |
| nonlinear vibration energy harvesting | |
| nonlinear vibrations | |
| nonlinearity | |
| Nonlocal elasticity | |
| Nonlocal stress-driven model | |
| Numerical model | |
| numerical modeling | |
| numerical modelling | |
| Numerical simulations | |
| O | |
| Operational Modal Analysis | |
| Operative Modal Analysis OMA | |
| optimal control | |
| Optimal Control Theory | |
| optimal placement | |
| Optimization | |
| orthotropic masonry | |
| Orthotropy | |
| Osteochondral defects | |
| osteon | |
| Overhead power lines | |
| P | |
| paracorporeal ventricle | |
| Parallel Kinematics Machine | |
| parametric model | |
| Partial saturation | |
| Particle-scale behaviour | |
| Particles | |
| passive control | |
| passive control devices | |
| Path Integral | |
| path-independence | |
| pattern formation | |
| pde constrained minimization | |
| Performance evaluation | |
| performance/temperature relationship | |
| Peridynamics | |
| periodic lattices | |
| Periodic meta-materials | |
| Periodic solutions | |
| periodic structures | |
| perturbation methods | |
| Perturbation techniques | |
| PFEM | |
| Phase field | |
| Phase field approach to damage | |
| Phase transitions | |
| phase-field | |
| phase-field approximation | |
| phenomenological model | |
| Phenomenological models | |
| Phononic crystal | |
| phononic crystals | |
| Phononic waveguide | |
| Piezoelectric | |
| Piola- Kirchhoff stress tensor | |
| PIV | |
| plasticity | |
| plate element | |
| platoon control | |
| polygonal meshes | |
| polygonal vortices | |
| polymer gels | |
| Polymers | |
| poroelasticity | |
| Poromechanics | |
| porous lyophobic material | |
| Porous media | |
| Porous media mechanics | |
| Postbuckling optimisation | |
| Preliminary design | |
| prestress | |
| probabilistic framework | |
| Probability density function | |
| proportional valve | |
| Protein Conformational Changes | |
| Protein Vibrations | |
| Protezione passiva | |
| Pull-in voltage | |
| Pulsatile pump | |
| PVC foam | |
| PZT | |
| Q | |
| quasi-linear model | |
| Quasi-periodic masonry | |
| Quasicrystalline laminates | |
| R | |
| R.c. infilled framed buildings | |
| Rammed Earth | |
| random fields | |
| Random Multiphase Structure | |
| Random vibration | |
| random vibrations | |
| rare events | |
| rate-dependent fracture | |
| Rayleigh waves | |
| Rayleigh-Plesset equation | |
| Rayleigh-Ritz method | |
| RC slab | |
| Re-Entry vehicles | |
| Real Time simulation | |
| receptor dynamics | |
| reduced peridynamics | |
| redundancy | |
| Regular and singular kernel integro-differential equations | |
| regularization | |
| Reinforced Concrete | |
| remodeling | |
| Remodelling | |
| renewable energy | |
| Resilience | |
| Resistive Force Theory | |
| resonators | |
| Responsive Materials | |
| reversible snap-through | |
| ribbons | |
| Richter’s law | |
| Rigid Blocks | |
| Risposta strutturale dinamica | |
| robotics | |
| robustness | |
| rocking | |
| Rocking rigid block | |
| rolling contact | |
| roman stairways | |
| Rotating Beam | |
| rotation vector | |
| S | |
| Sadowsky functional | |
| Safety | |
| Salt Crystallization | |
| Sandwich Structures | |
| SANISAND | |
| Sap Viscosity | |
| Scaling effects | |
| Scintillating materials | |
| Scissor-like structures | |
| Seismic analysis | |
| Seismic design charts | |
| Seismic design tools | |
| seismic vulnerability | |
| self excited vibration | |
| Self-healing | |
| self-stress | |
| semi-active control | |
| Sensors placement | |
| shaking table teste | |
| Shaking Table Testing | |
| Shaking Table Tests | |
| Shallow cables | |
| shape control | |
| shape memory polymer | |
| shape memory polymers | |
| shape morphing | |
| shape-shifting | |
| Shear deformation theories | |
| Shear effects | |
| Shear flexibility | |
| Shear test | |
| Shear wave splitting | |
| Shear-torsion-bending interaction | |
| shear-torsional beam | |
| shells | |
| shock-fitting | |
| silverskin | |
| single molecule force spectroscopy (SMFS) | |
| singularity-free | |
| Size Effect | |
| slider-crank/rocker mechanisms | |
| Sliding Contact | |
| Slip Boundary Condition | |
| small strain stiffness | |
| small world theory | |
| smart materials | |
| Smorzamento | |
| soft materials | |
| soft materials substrates | |
| soft mechanics | |
| soft robotics | |
| softening | |
| softening/hardening nonlinearity | |
| spectral moments | |
| Spider | |
| Spider Silk | |
| Spider Webs | |
| spike anchor | |
| squeal | |
| stability | |
| Stability Analysis | |
| Stability Reddy plate | |
| State to State kinetics | |
| static balancing | |
| static swing | |
| Statistical Linearization | |
| Statistically-based Homogenization | |
| steady vortices | |
| steel fibers | |
| Steel structures | |
| stick-slip motion | |
| stiffening effect | |
| Stiffening Response | |
| stochastic linearisation | |
| stochastic optimization | |
| stochastic process | |
| Stochastic subspace identification | |
| Stochastic Subspace Identification SSI | |
| strain | |
| Strain localization | |
| Strain measurements | |
| strength and stiffness | |
| Strengthening of RC structures | |
| strengthening systems | |
| stress-assisted diffusivity | |
| Stress-recovery | |
| Stretchable electronics | |
| structural control | |
| structural design | |
| structural health | |
| structural health monitoring | |
| structural mechanics | |
| Structural monitoring | |
| structural optimization problems | |
| Stubby nano-beams | |
| subsidence modelling | |
| Substructure coupling | |
| Suffusion | |
| superhydrophobic surfaces | |
| surface growth | |
| surface roughness | |
| surrogate models | |
| Surrogate optimization | |
| suspension bridge | |
| sustainability | |
| swarm behavior | |
| swarm robotics | |
| swelling | |
| Symmetric BEM | |
| Synchronization | |
| Synthetic jet actuators | |
| system reliability | |
| T | |
| Tall buildings | |
| Tapered circular cylinders | |
| target metric | |
| temperature variation | |
| tensegrity cells | |
| Tensegrity Structure | |
| Tensegrity Structures | |
| tensile response | |
| tensile test | |
| TeraHertz pressure waves | |
| Terahertz Range | |
| thermal gradients | |
| Thermal Protection System | |
| thermally-induced vibration | |
| thermo-diffusivity | |
| thermo-mechanical model | |
| thermochemical non-equilibrium | |
| Thermographic Imaging | |
| thin films | |
| Thin ribbons | |
| Thin-walled beam | |
| Thrust membrane analysis | |
| thrust network analysis | |
| thrust surface | |
| Timber Reinforcement | |
| time-integration method | |
| Time-variant Interface | |
| Timoshenko beam | |
| Timoshenko beams | |
| Tire Characterization | |
| Tire road interaction | |
| Tire – road interaction | |
| tire-road interaction | |
| tire/road interaction | |
| Tissue engineering | |
| TMD | |
| Topological pumping | |
| topology optimization | |
| Torque steer | |
| Torque vectoring | |
| Torque Vectoring Control | |
| Tower buildings | |
| Traditional design rules | |
| Train loads | |
| TRM | |
| Tsunami | |
| Tumor growth | |
| tumour capillaries | |
| tunable bandgap | |
| tuned liquid dampers | |
| Tuned Mass Damper Inerter | |
| turbulence modulation | |
| turbulent pipe | |
| Twinjets | |
| two-dimensional vortex dynamics | |
| Two-way coupling regime | |
| U | |
| U-OWC | |
| Udwadia-Kalaba Equations | |
| Ultimate Limit State | |
| Ultrasonic testing | |
| Ultrasonics | |
| Ultrasound | |
| unbounded isolators | |
| uncertain-but-bounded damage | |
| Uncertainties quantification | |
| Uncertainty Quantification | |
| Undulatory locomotion | |
| Unfolding technique | |
| unreinforced masonry | |
| Upper bound limit analysis | |
| V | |
| van der Waals interactions | |
| Vanishing-viscosity | |
| Vapour Nucleation | |
| Variable angle tow laminates | |
| Variable Pitch Systems | |
| variational approach | |
| Variational control | |
| variational model | |
| vault | |
| vaulted structures | |
| Vehicle dynamics | |
| Vehicle Modeling | |
| VEM | |
| Vermeer-Neher | |
| Vertical Axis Wind Turbine | |
| Very High Cycle Fatigue | |
| Vibrating 1-D uncertain continua | |
| vibration | |
| vibration attenuation | |
| vibration mitigation | |
| vibrations | |
| virtual crack closure technique | |
| virtual element method | |
| Virtual Element Methods | |
| Visco-elastic coupling | |
| Viscoelastic Characterization | |
| viscoelastic coupling | |
| viscoelastic damping | |
| Viscoelasticity | |
| Viscoelasticity Modelling | |
| Viscoplasticity | |
| volumetric growth | |
| von Mises truss | |
| Vortex-induced vibrations | |
| W | |
| Wall Pressure Fluctuations | |
| Warping | |
| Wave diffraction | |
| wave propagation | |
| Weathering | |
| Well Balanced (WB) Path-Conservative methods | |
| well integrity | |
| wind energy | |
| Wind tunnel experiments | |
| wind turbine | |
| wind turbine blades | |
| wind turbines | |
| wind-tunnel tests | |
| winemaking sector | |
| Wire rope isolators | |
| Wire rope modelling | |
| Wire strand | |
| wood mechanics | |
| workability | |
| wrinkling | |
| X | |
| X-FEM | |
| XFEM | |
| Xylem Sap Flow | |
| X–ray micro tomography | |
| Y | |
| yaw | |
| Z | |
| ZnO nanorods | |
| zonal isolation | |