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2009, ISBN 052188568X, Volume 9780521885683, xviii, 461
... performance, sports, spacecraft explosions, and music. This book fits a one-semester graduate course on the properties, analysis, and uses of viscoelastic materials... 
Viscoelasticity | Viscoelastic materials
Book
1999, 1, CRC mechanical engineering series, ISBN 0849396581, 476
... physical insight illustrates the methods for the solution of stress analysis problems in viscoelastic objects explores experimental methods for the characterization of viscoelastic materials describes... 
Viscoelasticity | Viscoelastic materials | Biomedical Engineering | Materials Science | Composites
Book
2010, ISBN 9781848210776, xxx, 639
* Dispersion is the phenomenon in which the phase velocity of awave depends on its frequency * Dynamic tests have proven to be as efficient as static testsand... 
Wave equation | Vibration | Wave-motion, Theory of | Materials | Mechanical properties | Mathematical models | Mathematics | Structural engineering | Viscoelastic materials | Flexible structures | Dispersion | Signals & Signal Processing | TECHNOLOGY & ENGINEERING | Wave motion, Theory of
Book
01/2019, ISBN 9783039210152
Construction materials are the most widely used materials for civil infrastructure in our daily lives... 
fluorescence spectrum | microstructure | regeneration | sensitivity analysis | asphalt mixes | limestone aggregates | bio-oil | plateau value of dissipated strain energy ratio | diatomite | water-leaching pretreatment | fatigue performance | thermal | ultra-thin wearing course | recycling aggregate | design optimization | induction heating | vibration noise consumption | bitumen | relaxation | viscous-elastic temperature | field evaluation | healing agents | transmittance | Ca-alginate microcapsules | artificially aged asphalt mixture | sequencing batch Chlorella reactor | waste concrete | plant ash lixivium | steel fiber | ultra-high performance concrete | titanate coupling agent | SEM | self-healing | physical properties | blue-shift | porous pumice | aggregate morphology | asphalt mortar | adhesion energy | water solute exposure | emulsified asphalt | demulsification speed | mineral-asphalt mixtures | aging processes | phase change materials | surface texture | long-term drying shrinkage | contact angle | aging depth | asphalt | calcium alginate capsules | nitrogen and phosphorus removal | micro-morphology | rice husk ash | low-temperature | cement | hydrophobic nanosilica | asphalt mixture | thickness combinations | layered double hydroxide | initial self-healing temperature | environmentally friendly construction materials | epoxidized soybean oil | limestone | chemical evolutions | temperature sensitivity characteristics | micro-surfacing | cement emulsified asphalt mixture | dynamic characteristics | high-strength concrete | flame retardant | durability | creep | damping | damage constitutive model | Ultra-High Performance Concrete (UHPC) | granite aggregate | diatomite-modified asphalt mixture | healing model | asphalt combustion | freeze-thaw cycle | SBS-modified bitumen | workability | graphene | flow behavior index | fluidity | parametrization | fatigue property | rankinite | railway application | crystallization sensitivity | aqueous solute compositions | pozzolanic reaction | self-healing asphalt | recycled material | artificial neural network | rheological properties | molecular dynamic simulation | building envelopes | aluminum hydroxide | crumb rubber | optimization | viscoelasticity | building energy conservation | diffusing | anti-rutting agent | molecular bridge | engineered cementitious composites (ECC) | pavement performance | morphology | colloidal structure | hydrophilic nanosilica | construction materials | road engineering | laboratory evaluation | rejuvenator | fatigue equation | styrene (SBS) modified bitumen | aggregates | three-point bending fatigue test | energy-based approach | aggregate from sanitary ceramic wastes | polyacrylic acid | mastic | CO2 | specific surface area | aggregate image measurement system | solubilizer | flexibility | simplex lattice design | SBS/CRP-modified bitumen | water stability | fatigue life | rejuvenating systems | styrene | skid-resistance | reclaimed asphalt pavement | rheology | hydration characteristic | surface energy | modified asphalt materials | asphalt pavement | stripping test | SOD | tensile stresses | ultraviolet radiation | basalt fiber | polyvinyl alcohol | sanitary ceramics | dynamic moduli | aggregate characteristics | compound modify | expanded graphite | steel slag | induced healing | thermal property | effective heating depth | dissipated strain energy | MDA | mechanical behavior | plateau value of permanent deformation ratio | butadiene | long-term field service | crack healing | desulphurization gypsum residues | pavement failure | rejuvenation | interfacial transition zone | combination | polyethylene glycol | adsorption | tensile strains | cold recycled asphalt mixture | resistance to deformations | asphalt-aggregate adhesion | viscoelastic properties | mechanical properties | damage evolution | carbonation | microwave heating | amorphous silica | high-modulus asphalt mixture (HMAM) | hot mix asphalt containing recycled concrete aggregate | microfluidic | dynamic responses | concrete | asphalt mastic | crumb rubber powder | response surface methodology | nanomaterial | self-compacting concrete (SCC) | rutting factor | X-ray computed tomography | fiber modification | overlay tester | rubber modified asphalt | ageing | aged bitumen | aged asphalt | recycling | damage characteristics | dynamic tests | permeation | ageing resistance
eBook
01/2019, ISBN 9783039210176
Construction materials are the most widely used materials for civil infrastructure in our daily lives... 
fluorescence spectrum | microstructure | regeneration | sensitivity analysis | asphalt mixes | limestone aggregates | bio-oil | plateau value of dissipated strain energy ratio | diatomite | water-leaching pretreatment | fatigue performance | thermal | ultra-thin wearing course | recycling aggregate | design optimization | induction heating | vibration noise consumption | bitumen | relaxation | viscous-elastic temperature | field evaluation | healing agents | transmittance | Ca-alginate microcapsules | artificially aged asphalt mixture | sequencing batch Chlorella reactor | waste concrete | plant ash lixivium | steel fiber | ultra-high performance concrete | titanate coupling agent | SEM | self-healing | physical properties | blue-shift | porous pumice | aggregate morphology | asphalt mortar | adhesion energy | water solute exposure | emulsified asphalt | demulsification speed | mineral-asphalt mixtures | aging processes | phase change materials | surface texture | long-term drying shrinkage | contact angle | aging depth | asphalt | calcium alginate capsules | nitrogen and phosphorus removal | micro-morphology | rice husk ash | low-temperature | cement | hydrophobic nanosilica | asphalt mixture | thickness combinations | layered double hydroxide | initial self-healing temperature | environmentally friendly construction materials | epoxidized soybean oil | limestone | chemical evolutions | temperature sensitivity characteristics | micro-surfacing | cement emulsified asphalt mixture | dynamic characteristics | high-strength concrete | flame retardant | durability | creep | damping | damage constitutive model | Ultra-High Performance Concrete (UHPC) | granite aggregate | diatomite-modified asphalt mixture | healing model | asphalt combustion | freeze-thaw cycle | SBS-modified bitumen | workability | graphene | flow behavior index | fluidity | parametrization | fatigue property | rankinite | railway application | crystallization sensitivity | aqueous solute compositions | pozzolanic reaction | self-healing asphalt | recycled material | artificial neural network | rheological properties | molecular dynamic simulation | building envelopes | aluminum hydroxide | crumb rubber | optimization | viscoelasticity | building energy conservation | diffusing | anti-rutting agent | molecular bridge | engineered cementitious composites (ECC) | pavement performance | morphology | colloidal structure | hydrophilic nanosilica | construction materials | road engineering | laboratory evaluation | rejuvenator | fatigue equation | styrene (SBS) modified bitumen | aggregates | three-point bending fatigue test | energy-based approach | aggregate from sanitary ceramic wastes | polyacrylic acid | mastic | CO2 | specific surface area | aggregate image measurement system | solubilizer | flexibility | simplex lattice design | SBS/CRP-modified bitumen | water stability | fatigue life | rejuvenating systems | styrene | skid-resistance | reclaimed asphalt pavement | rheology | hydration characteristic | surface energy | modified asphalt materials | asphalt pavement | stripping test | SOD | tensile stresses | ultraviolet radiation | basalt fiber | polyvinyl alcohol | sanitary ceramics | dynamic moduli | aggregate characteristics | compound modify | expanded graphite | steel slag | induced healing | thermal property | effective heating depth | dissipated strain energy | MDA | mechanical behavior | plateau value of permanent deformation ratio | butadiene | long-term field service | crack healing | desulphurization gypsum residues | pavement failure | rejuvenation | interfacial transition zone | combination | polyethylene glycol | adsorption | tensile strains | cold recycled asphalt mixture | resistance to deformations | asphalt-aggregate adhesion | viscoelastic properties | mechanical properties | damage evolution | carbonation | microwave heating | amorphous silica | high-modulus asphalt mixture (HMAM) | hot mix asphalt containing recycled concrete aggregate | microfluidic | dynamic responses | concrete | asphalt mastic | crumb rubber powder | response surface methodology | nanomaterial | self-compacting concrete (SCC) | rutting factor | X-ray computed tomography | fiber modification | overlay tester | rubber modified asphalt | ageing | aged bitumen | aged asphalt | recycling | damage characteristics | dynamic tests | permeation | ageing resistance
eBook
01/2019, ISBN 3039210130
Construction materials are the most widely used materials for civil infrastructure in our daily lives... 
fluorescence spectrum | microstructure | regeneration | sensitivity analysis | asphalt mixes | limestone aggregates | bio-oil | plateau value of dissipated strain energy ratio | diatomite | water-leaching pretreatment | fatigue performance | thermal | ultra-thin wearing course | recycling aggregate | design optimization | induction heating | vibration noise consumption | bitumen | relaxation | viscous-elastic temperature | field evaluation | healing agents | transmittance | Ca-alginate microcapsules | artificially aged asphalt mixture | sequencing batch Chlorella reactor | waste concrete | plant ash lixivium | steel fiber | ultra-high performance concrete | titanate coupling agent | SEM | self-healing | physical properties | blue-shift | porous pumice | aggregate morphology | asphalt mortar | adhesion energy | water solute exposure | emulsified asphalt | demulsification speed | mineral-asphalt mixtures | aging processes | phase change materials | surface texture | long-term drying shrinkage | contact angle | aging depth | asphalt | calcium alginate capsules | nitrogen and phosphorus removal | micro-morphology | rice husk ash | low-temperature | cement | hydrophobic nanosilica | asphalt mixture | thickness combinations | layered double hydroxide | initial self-healing temperature | environmentally friendly construction materials | epoxidized soybean oil | limestone | chemical evolutions | temperature sensitivity characteristics | micro-surfacing | cement emulsified asphalt mixture | dynamic characteristics | high-strength concrete | flame retardant | durability | creep | damping | damage constitutive model | Ultra-High Performance Concrete (UHPC) | granite aggregate | diatomite-modified asphalt mixture | healing model | asphalt combustion | freeze-thaw cycle | SBS-modified bitumen | workability | graphene | flow behavior index | fluidity | parametrization | fatigue property | rankinite | railway application | crystallization sensitivity | aqueous solute compositions | pozzolanic reaction | self-healing asphalt | recycled material | artificial neural network | rheological properties | molecular dynamic simulation | building envelopes | aluminum hydroxide | crumb rubber | optimization | viscoelasticity | building energy conservation | diffusing | anti-rutting agent | molecular bridge | engineered cementitious composites (ECC) | pavement performance | morphology | colloidal structure | hydrophilic nanosilica | construction materials | road engineering | laboratory evaluation | rejuvenator | fatigue equation | styrene (SBS) modified bitumen | aggregates | three-point bending fatigue test | energy-based approach | aggregate from sanitary ceramic wastes | polyacrylic acid | mastic | CO2 | specific surface area | aggregate image measurement system | solubilizer | flexibility | simplex lattice design | SBS/CRP-modified bitumen | water stability | fatigue life | rejuvenating systems | styrene | skid-resistance | reclaimed asphalt pavement | rheology | hydration characteristic | surface energy | modified asphalt materials | asphalt pavement | stripping test | SOD | tensile stresses | ultraviolet radiation | basalt fiber | polyvinyl alcohol | sanitary ceramics | dynamic moduli | aggregate characteristics | compound modify | expanded graphite | steel slag | induced healing | thermal property | effective heating depth | dissipated strain energy | MDA | mechanical behavior | plateau value of permanent deformation ratio | butadiene | long-term field service | crack healing | desulphurization gypsum residues | pavement failure | rejuvenation | interfacial transition zone | combination | polyethylene glycol | adsorption | tensile strains | cold recycled asphalt mixture | resistance to deformations | asphalt-aggregate adhesion | viscoelastic properties | mechanical properties | damage evolution | carbonation | microwave heating | amorphous silica | high-modulus asphalt mixture (HMAM) | hot mix asphalt containing recycled concrete aggregate | microfluidic | dynamic responses | concrete | asphalt mastic | crumb rubber powder | response surface methodology | nanomaterial | self-compacting concrete (SCC) | rutting factor | X-ray computed tomography | fiber modification | overlay tester | rubber modified asphalt | ageing | aged bitumen | aged asphalt | recycling | damage characteristics | dynamic tests | permeation | ageing resistance
eBook
Journal of the mechanics and physics of solids, ISSN 0022-5096, 09/2004, Volume 52, Issue 9, pp. 1963 - 1990
Journal Article
Composite structures, ISSN 0263-8223, 02/2016, Volume 136, pp. 460 - 480
... of viscoelastic damping material (VDM) formed structures. The review classifies of traditional VDMs by their physical properties, application fields and calculation methods... 
Loss factor | Analytical methods | Mathematical models | Viscoelastic damping material | Damping ratio | Mechanics | Materials Science | Technology | Materials Science, Composites | Science & Technology | Mechanical engineering
Journal Article