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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
(1) Food industry: shortening, margarine, jam, cream, butter, butter, candles, etc. (2) pharmaceutical industrial products: cream, syrup, lotion, antibiotics etc. (3) Cosmetic products: cream, emulsio
2022/05/19 Ftherm Machinery
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
A simple mathematical model of fluid flow in a common type of scraped-surface heat exchanger in which the gaps between the blades and the device walls are narrow, so that a lubrication-theory descript
2022/05/19 Ftherm Machinery
An experimental investigation of a scaled-down model of an industrial exchanger, using an electrochemical technique, was undertaken in order to show the presence of hydrodynamic heterogeneities at low
2022/05/19 Ftherm Machinery
Abstract: Scraped surface heat exchangers (SSHEs) are commonly used in the food, chemical, and pharmaceutical industries for heat transfer, crystallization, and other continuous processes. They are id
2022/05/19 Ftherm Machinery
Scraped surface heat exchangers (SSHEs) are known for thermal processing of viscous food products. Heat transfer coefficient is one of the main parameter which influences the performance of processing
2022/05/19 Ftherm Machinery
The flow-pattern in SSHEs is typically the result of axial flow and rotation of the scrapers. Some of the crucial parameters that define this flow are axial driving force, viscosity, length of the equ
2022/05/19 Ftherm Machinery