Residence Time Distribution of Multiple Particles in Four Configurations of Holding Tubes
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References
714 citations
"Residence Time Distribution of Mult..." refers background in this paper
...This secondary motion in the radial direction occurs due to a pressure gradient across the tube, which results from the centrifugal force due to the curvature (Dean, 1927, 1928)....
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124 citations
"Residence Time Distribution of Mult..." refers methods in this paper
...Austin and Seader (1973) developed a numerical solution to the equations of motion in order to compute the velocity and pressure profiles over a wide range of Dean numbers....
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121 citations
"Residence Time Distribution of Mult..." refers background in this paper
...In addition, frictional energy loss near the wall increases considerably when compared to friction loss in straight pipes (Barua, 1963)....
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...Secondary flow results in shifting of the maximum velocity region towards the outer wall of the tube (Barua, 1963)....
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...In the secondary flow the fluid near the top and the bottom moves inwards whereas the fluid at the center moves outwards (Barua, 1963)....
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...During flow through a curved pipe, a pressure gradient is required to balance the centrifugal force resulting from the curvature of the tube (Barua, 1963)....
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106 citations
"Residence Time Distribution of Mult..." refers background or methods in this paper
...Sastry (1986) used a finite element analysis to evaluate thermal process schedules for low-acid particulate foods....
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...Since accurate temperature measurements within freely flowing particles in the heat-hold-cool system is practically impossible, mathematical modeling of heat transfer to the center of the particles is necessary for process design (Sastry, 1986)....
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102 citations
"Residence Time Distribution of Mult..." refers background in this paper
...As a result, chaotic mixing is achieved (Acharya et al., 2001)....
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...Chaotic mixing has been shown to enhance heat transfer in heat exchangers (Chagny et al., 2000; Acharya et al., 2001; Lefevre et al., 2003)....
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...Acharya et al. (2001) numerically analyzed the enhancement of heat transfer in two different coiled tube heat exchangers, one with regular mixing and the other with chaotic mixing....
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