A new method for the determination of shrinkage and modulus development of thermoset resins is described. The method uses the change in the time of travel of longitudinal ultrasonic waves in a couplant to determine the change in height of a column of resin. This change in height is used to determine shrinkage. The method also uses the time of travel of ultrasonic waves through a column of resin to determine the modulus of the resin. The technique allows continuous monitoring of shrinkage and modulus as the material changes from the liquid state to the solid state. This method is used to determine the shrinkage and modulus development for a common epoxy resin.Peer reviewed: YesNRC publication: N
International audienceIn this paper the monitoring of ultrasonic parameters of a thermosetting resin...
Abstract The study presents the results of investigations on the hardening kinetics of modern patter...
Resin chemical shrinkage dictates the surface integrity and the roughness of a composite structure. ...
International audienceResidual stresses development during manufacturing of composites depends mostl...
A novel approach has been developed to measure in-situ chemical shrinkage of epoxy resins at the tem...
summary This study was undertaken to develop a new measurement method to determine the initial dynam...
International audienceIn this study, the real time ultrasonic monitoring is investigated to quantify...
The development of a novel hot-stage microscopy technique to measure the level of cure shrinkage tha...
The propagation of low intensity ultrasound in a curing resin, acting as a high frequency oscillator...
International audienceControl and optimization of curing process is very important for the productio...
International audienceThe determination of the mechanical properties of thermoset resin and their ev...
Objectives. For shrinkage stress simulation in dental restoration, the elastic properties of composi...
The effects of cure shrinkages were investigated on the residual stresses, dimensional stability and...
The propagation of low-intensity ultrasound in polymers, acting as a high-frequency dynamic mechani...
Resins play an extremely crucial role in many applications from dental composites, pipe insulator an...
International audienceIn this paper the monitoring of ultrasonic parameters of a thermosetting resin...
Abstract The study presents the results of investigations on the hardening kinetics of modern patter...
Resin chemical shrinkage dictates the surface integrity and the roughness of a composite structure. ...
International audienceResidual stresses development during manufacturing of composites depends mostl...
A novel approach has been developed to measure in-situ chemical shrinkage of epoxy resins at the tem...
summary This study was undertaken to develop a new measurement method to determine the initial dynam...
International audienceIn this study, the real time ultrasonic monitoring is investigated to quantify...
The development of a novel hot-stage microscopy technique to measure the level of cure shrinkage tha...
The propagation of low intensity ultrasound in a curing resin, acting as a high frequency oscillator...
International audienceControl and optimization of curing process is very important for the productio...
International audienceThe determination of the mechanical properties of thermoset resin and their ev...
Objectives. For shrinkage stress simulation in dental restoration, the elastic properties of composi...
The effects of cure shrinkages were investigated on the residual stresses, dimensional stability and...
The propagation of low-intensity ultrasound in polymers, acting as a high-frequency dynamic mechani...
Resins play an extremely crucial role in many applications from dental composites, pipe insulator an...
International audienceIn this paper the monitoring of ultrasonic parameters of a thermosetting resin...
Abstract The study presents the results of investigations on the hardening kinetics of modern patter...
Resin chemical shrinkage dictates the surface integrity and the roughness of a composite structure. ...