2218 ボクセル法を用いた非圧縮流れ解析の境界条件の実装方法(G05-3 解析モデルと解析手法,G05 流体工学)

Translated title of the contribution: 2218 An Implementation of Boundary Condition of Incompressible Flow Solver on Voxel Method

赤坂 啓, 小野 謙二

Research output: Contribution to journalArticle

Abstract

Voxel based simulation is very convenient at the early stages of a product design because the simple block approximation of a shape can realize automatic and robust mesh generation. However, the voxel method is not capable of simulating the characteristics of flow and expressing the detail shapes less than the voxel size. Therefore, the relationship based on an experimental data, which reflects the flow characteristics, is often incorporated into the simulation as boundary conditions. For accurate flow simulation in an engine bay, the satic pressure drop caused by heat exchanger should be taken into account in governing equations. In this paper, the modeling of pressure loss at the heat exchanger on the voxel method is proposed. Incompressible flow around a heat exchanger was calculated using the present method as verification. It was found that the proposed method could accurately predict the pressure drop and flow field.
Original languageJapanese
Pages (from-to)9-10
Number of pages2
Journal年次大会講演論文集 : JSME annual meeting
Volume2006
Issue number2
Publication statusPublished - Sep 15 2006

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Incompressible flow
Heat exchangers
Boundary conditions
Pressure drop
Mesh generation
Flow simulation
Product design
Flow fields
Engines

Cite this

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title = "2218 ボクセル法を用いた非圧縮流れ解析の境界条件の実装方法(G05-3 解析モデルと解析手法,G05 流体工学)",
abstract = "Voxel based simulation is very convenient at the early stages of a product design because the simple block approximation of a shape can realize automatic and robust mesh generation. However, the voxel method is not capable of simulating the characteristics of flow and expressing the detail shapes less than the voxel size. Therefore, the relationship based on an experimental data, which reflects the flow characteristics, is often incorporated into the simulation as boundary conditions. For accurate flow simulation in an engine bay, the satic pressure drop caused by heat exchanger should be taken into account in governing equations. In this paper, the modeling of pressure loss at the heat exchanger on the voxel method is proposed. Incompressible flow around a heat exchanger was calculated using the present method as verification. It was found that the proposed method could accurately predict the pressure drop and flow field.",
author = "啓 赤坂 and 謙二 小野",
year = "2006",
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language = "Japanese",
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T1 - 2218 ボクセル法を用いた非圧縮流れ解析の境界条件の実装方法(G05-3 解析モデルと解析手法,G05 流体工学)

AU - 赤坂, 啓

AU - 小野, 謙二

PY - 2006/9/15

Y1 - 2006/9/15

N2 - Voxel based simulation is very convenient at the early stages of a product design because the simple block approximation of a shape can realize automatic and robust mesh generation. However, the voxel method is not capable of simulating the characteristics of flow and expressing the detail shapes less than the voxel size. Therefore, the relationship based on an experimental data, which reflects the flow characteristics, is often incorporated into the simulation as boundary conditions. For accurate flow simulation in an engine bay, the satic pressure drop caused by heat exchanger should be taken into account in governing equations. In this paper, the modeling of pressure loss at the heat exchanger on the voxel method is proposed. Incompressible flow around a heat exchanger was calculated using the present method as verification. It was found that the proposed method could accurately predict the pressure drop and flow field.

AB - Voxel based simulation is very convenient at the early stages of a product design because the simple block approximation of a shape can realize automatic and robust mesh generation. However, the voxel method is not capable of simulating the characteristics of flow and expressing the detail shapes less than the voxel size. Therefore, the relationship based on an experimental data, which reflects the flow characteristics, is often incorporated into the simulation as boundary conditions. For accurate flow simulation in an engine bay, the satic pressure drop caused by heat exchanger should be taken into account in governing equations. In this paper, the modeling of pressure loss at the heat exchanger on the voxel method is proposed. Incompressible flow around a heat exchanger was calculated using the present method as verification. It was found that the proposed method could accurately predict the pressure drop and flow field.

UR - http://ci.nii.ac.jp/naid/110006634768

M3 - 記事

VL - 2006

SP - 9

EP - 10

JO - 年次大会講演論文集 : JSME annual meeting

JF - 年次大会講演論文集 : JSME annual meeting

IS - 2

ER -