关键词: Mixing Tank Problem Artificial Neural Networks Differential Equations 会议名称: 2015 International Conference on Humanoid, Nanotechnology, Information Technology,Communication and Control, Environment and Management (HNICEM) 会议时间: 28 January 2016 主办单位: IEEE ...
Preview This Application runs in Maple.Don't have Maple? No problem! Try Maple free for 15 days! One-Tank Mixing Problem Variable Volume Mixing Problem Two-Tank Mixing Problem Application Details Publish Date:October 01, 2003 Created In:Maple 9.5 ...
R. Takahashi,,S. Watanabe.Application of LGA to solve mixing in a simplified stirred tank by a parallel computer.Computational Mechanics. 1999R. Takahashi,S. Watanabe.  Application of LGA to solve mixing in a simplified stirred tank by a parallel computer[J]. Computational Mechanics . 1999...
(24) does not indicate the variability of E within the tank. It typically varies over almost 2 orders of magnitude, with the highest values in a small region around the impeller (Fig. 2b).Several ecological researchers also have esti- mated average E by measuring the power put into mix- ...
10. A huge U-tube, up to 100 m from top to bottom is buried in the ground, but both limbs (containing a liquid like sewage) protrude at ground level into a tank. Air Conclusion Our discussion has shown that random modes in chemical and mixing processes can influence each other. ...
Firstly, the drill shaft was centered on the unimproved soil surface in the tank. At the same time, tooling parameters were set from the control unit according to the experimental design parameters. Secondly, the slurry was prepared in the batch plant and was pumped with a high-pressure resis...
In the approach of solving this problem, two NAG (Numerical Algorithms Group) Fortran Library Routines are needed : (1) D02EJF for integrating a system of ordinary differential equations (ODEs) using a variable-order, variable-step method implementing the Backward Differentiation Formulae (BDF); ...
The problem is solved by discretizing the feed into portions and solving the differential balance equations for mass, momentum, species and populations of particles until the steady-state for each portion is obtained. Results of modeling are compared with experimental data for the semibatch ...
De et al. [14] used the differential evolution (DE) algorithm to optimize a filtered hydrocyclone and obtained a geometric model with the best efficiency. Hoseini et al. [15] combined the three optimization algorithms to optimize the impeller in the stirred tank reactor, and the results showed...
In order to increase industrial production quality and efficiency, it is essential to understand how the aeration and no-aeration condition affects liquid and solid material mixing in the stirred tank. Due to complicated shear flows, the related mass-transfer mechanism confronts numerous difficulties. ...