A neuro-computing approach was used for modeling two residence time distribution (RTD) functions — the time-specific (E-type distribution) and the cumulative particle concentration function (F-type di
2022/05/20 Ftherm Machinery 775
Highlights•The heat and mass transfer modeling and experimental study for multi-pass freeze concentration were presented.•The ice production rate and energy efficiency of the system were correlated wi
2022/05/19 Ftherm Scraped Surface heat exchanger 1001
The performance of a Surface Scraped Heat Exchanger is investigated in this paper by numerical modeling. This type of heat exchanger is used for heat transfer of highly viscous fluids in many industri
2022/05/19 Ftherm Scraped Surface heat exchanger 660
One of the food industry’s constant goals is to reduce manufacturing costs whilst retaining control over food quality. The process optimisation of heat transfer is therefore a particular priority for
2022/05/19 Ftherm Scraped Surface heat exchanger 1092
The temperature evolution of a Newtonian fluid within an idealised scraped surface heat exchanger has been studied in a physically realistic parameter regime. To our knowledge, this is the first theor
2022/05/19 Ftherm Scraped Surface heat exchanger 1050
This paper deals with numerical study of the coupled fluid flow and heat transfer within a scraped surface heat exchanger ‘‘SSHEs’’. The finite volume Fluent™ 6.3 code was used to solve continuity, mo
2022/05/19 Ftherm Scraped Surface heat exchanger 779
A numerical investigation of a scraped surface heat exchanger (SSHE) was undertaken using the commercial CFD code FLUENT to characterize the shear rates for Newtonian and Non-Newtonian fluids. Simulat
2022/05/19 Ftherm Machinery 665
Thermal processing (heating, cooling, crystallization) of high viscous or sticky products, usually containing particles or alter state when thermally processed are managed in chemical, food and consum
2022/05/19 Ftherm SSHE 1047
