Test Heat penetration

penetration test Heat

penetration test Heat

penetration test Heat

penetration test Heat

However, finding a statistically significant difference for f h does not mean the difference is large. This task generated the theoretical background of the project and generated all statistical procedures and modelling techniques to be used in experimental design and data analysis. It is therefore crucial that the temperature measurement devices are of high accuracy and reliability. The key question is to decide how long to heat? The possibility of modelling convection heating products was analysed and a procedure for inserting the external heat transfer variability in the analysis was developed.

Penetration Illustration

penetration test Heat

penetration test Heat

penetration test Heat

penetration test Heat

penetration test Heat

Controlled overpressures during processing have been found to reduce these effects. This is especially important for products that receive a rotary process where the movement of the headspace will be a critical factor in the rate of heat transfer. Next, a new statistical approach, based on percentiles and taking into account the statistical variability of the heating parameters, was developed to determine 'worst case' heating parameters from a heat penetration test. Values for f h heating , f cl cooling , and F

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test Heat penetration