Higher heating rate resulted in higher condensable vapor yields, and the main compound found in this stream was styrene.
Higher heating rate leads to a higher mechanical strength due to accelerated sintering rates.
More bubbling was found when the tape was heat-treated with a higher heating rate.
Higher heating rate provided the higher thermal stability, resulting from the decelerated decomposition rate.
Despite RF cooking resulting in a higher heating rate, better temperature distribution was observed for WB cooked breasts.
Results show that a higher heating rate favours the production of volatiles and shifts the overall pyrolysis heat flow to more endothermic.
DSC thermograms highlight specific changes in corresponding areas and peak positions revealing the polymer behaviour: higher heating rate results in higher activation energies and delays of both endo and exothermic reactions in the temperature range of applications.
Compressive strength, splitting tensile strength, stress-strain response, elastic modulus, and spalling along with mass loss and cracking behavior under a higher heating rate of 10 °C per minute were studied.
