[62] used modeling and simulations to check, measure, optimize, and improve the performance of a fire tube boiler. kerstrm [84] discussed the problem of heat transfer associated with thermo-mechanical forming of thin boron steel sheets into ultra-high strength components via modeling and simulation. Tomas et al. The coupling between pressure and velocity fields is performed by the SIMPLE algorithm. Simulated Reynolds number range is 100 25, 600.
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Model covers effect of flue gas and the water-/steam sides. This also facilitated the study of macromolecules. How? By making research easy to access, and puts the academic needs of the researchers before the business interests of publishers. In a later study, they used the same methods to discuss and solve the Our site of gas mixing in micro channels [45]. His focus area was backward Monte Carlo simulation. Models developed were based on the fundamental conservation algebraic equations along with phenomenological laws and simple representative equipment characteristics whose simulations were carried out.
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The geometry is minimized along this one direction (this is called a line search). [97] modeled and simulated different components of power plant and associated heat transfer phenomena using Modelica. Many of these, which are used to find a minimum on the potential energy surface of a molecule, use an iterative formula to work in a step wise fashion. Behrens [88] discussed the modeling and simulation of friction and heat transfer models in hot forging processes. [76] presented heat transfer analysis of direct chill (DC) cast process of ingot using boundary conditions. Cite this chapterCite this chapter© 2015 The Author(s).
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He included small collimated beams, point sources, etc. It is based on Taylor series expansion of the potential energy surface at the current geometry [22]. A lumped parameter model was used to study various welding variables initially. The N terminus is oriented towards the upper right corner. [7]. Similar type of studies have been done by Hinson [55] in France and showed that normal mode analysis is advantageous as no sampling Recommended Site required, enables fast calculations and is simple to use.
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Lakato et. By means of these data, the models were appropriately extended and adjusted using the software FORGE . org/10. Rafique et al. The green structure is obtained from state A, and the two yellow structures are obtained from state B. They proposed and utilized a combination algorithm of Monte Carlo and molecular dynamics simulation to argue about its effectiveness.
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They also extended the use of their codes to heat transfer and gas flow problems in vacuum-packaged MEMS devices [46] and found to have good results in explaining the heat transfer and gas flow behavior on chip surfaces. Schematic view of the coupling algorithm. The algorithm employs a random search which not only accepts changes that decrease the objective function (assuming a minimization problem), but also some changes that increase it [57]. The simulation results show that the wall characteristics have little effect on the mixing length. Brief introduction to this section that descibes Open Access especially from an IntechOpen perspectiveWant to get in touch? Contact our London head office or media team hereOur team is growing all the time, so we’re always on the lookout for smart people who want to help us reshape the world of scientific publishing.
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org/10. Daha, et al. [87] discussed and applied FE analysis on thermal characteristics of Lathe Motorized Spindle. Similar studies were carried out later as well to further test and evaluate energy minimization in computer vision [17, 19]. For a certain everywhere smooth prior, an algorithm based on finding the exact minimum by computing a single graph cut was developed.
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The geometry is minimized along this direction. The application of heat transfer phenomena on welding and joining processes have been studied to check, determine and ascertain its effect on welding process, weld design, determination of weld structure and effect of process control parameters on weld formation. A fouling model was used to investigate the risk based thermal performance of evaporative heat exchangers. These studies have revealed in Home detail the discrepancies (defect formation and its causes, energy inefficiency, etc. .