Sealants and Cold Regions Pavement Seals
ELASTOMERS AND SEALANT FORMULATIONS
MECHANICAL BEHAVIOR OF SEALANTS
Figure 1. Results from three simple tension tests of vulcanized natural rubber
Figure 2. Schematic depiction of load and extension responses of a typical polymer tested in simple tension tests
Hyperelastic constitutive model
Examples of sealant behavior
MECHANICAL RESPONSE OF SEALS
Basic structural geometry and loading configurations of seals
Conventional performance testing for studying the load and deformation responseof joint and crack seals
Response of seals to joint measurements: Results from analyses and experiments
Figure 8. Ratio of apparent Young's modulus to Young's modulus of the material
Figure 10. Results of numerical analysis of a 1.2 1.2-cm silicone butt joint seal
Figure 11. Karpati's (1972a) results showing the effect of temperature on the nominal stress-percentage elongation response of silicone butt joint seal species
Figure 12. Karpati's (1972b) results showing the effect of deformation rate on the nominal stresspercent elongation response of silicone butt joint seal specimens
Figure 15. Cook's (1965a) results from step deformation tests of polysulfide butt joint seal specimens
SUMMARY AND RECOMMENDATIONS - CR95_110023
LITERATURE CITED - CR95_110024
LITERATURE CITED-continue - CR95_110025
LITERATURE CITED-continue - CR95_110026
Report Documentation Page - CR95_110027
CR95_11
ELASTOMERS AND SEALANT FORMULATIONS
MECHANICAL BEHAVIOR OF SEALANTS
Figure 1. Results from three simple tension tests of vulcanized natural rubber
Figure 2. Schematic depiction of load and extension responses of a typical polymer tested in simple tension tests
Hyperelastic constitutive model
Examples of sealant behavior
MECHANICAL RESPONSE OF SEALS
Basic structural geometry and loading configurations of seals
Conventional performance testing for studying the load and deformation responseof joint and crack seals
Response of seals to joint measurements: Results from analyses and experiments
Figure 8. Ratio of apparent Young's modulus to Young's modulus of the material
Figure 10. Results of numerical analysis of a 1.2 1.2-cm silicone butt joint seal
Figure 11. Karpati's (1972a) results showing the effect of temperature on the nominal stress-percentage elongation response of silicone butt joint seal species
Figure 12. Karpati's (1972b) results showing the effect of deformation rate on the nominal stresspercent elongation response of silicone butt joint seal specimens
Figure 15. Cook's (1965a) results from step deformation tests of polysulfide butt joint seal specimens
SUMMARY AND RECOMMENDATIONS - CR95_110023
LITERATURE CITED - CR95_110024
LITERATURE CITED-continue - CR95_110025
LITERATURE CITED-continue - CR95_110026
Report Documentation Page - CR95_110027
CR95_11
