DOI: 10.15393/j2.art.2015.2961
Solovev Sergey | Velikoluksky State Agricultural Academy (SAA Velikolukskaya), mavrsol@yandex.ru |
Makarova Galina | Velikoluksky State Agricultural Academy (SAA Velikolukskaya), mavrsol@yandex.ru |
Tihonov Evgeny | Petrozavodsk State University, tihonov@psu.karelia.ru |
Key words: induction heating the center hub thermal stream the isothermal layer unevenly distributed sources of heat heat differential heat conductivity thermal productivity cylindrical tube boundary conditions |
Summary: Abstract: An energy-efficient pasteurizing unit is designed for farms with 100 heads of dairy herd. In most indirect heating pasteurizers, extra energy is spent for secondary coolants transportation and heat loss through the pipeline surface thus resulting in low efficiency and high power consumption. Induction heating is characterized by heat release in the heated bodies enabling them to transmit more power and to get high thermal efficiency due to heat generation only in the portions of the required volumes. The purpose of this study is to determine geometric dimensions of the elements of a rational induction heater for a given heat output and to ensure uniform heating of milk over the cross section of the heater. |