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1 次爆傷機序の解明に向けた圧縮性流体・粘弾性体統一解法の構築

発表形態：
一般講演（学術講演を含む）
主要業績：
主要業績
単著・共著：
共著
発表年月：
2024年03月
DOI：
会議属性：
国内会議
査読：
無し
リンク情報：

日本語フィールド

著者：
住隆博，橋本時忠 読み: スミタカヒロ，ハシモトトキタダ
題名：
1 次爆傷機序の解明に向けた圧縮性流体・粘弾性体統一解法の構築
発表情報：
2023衝撃波シンポジウム
キーワード：
Primary Blast Injury, Compressible Fluid, Viscoelastic Material, Unified Solution Method
概要：
抄録：
A new solution method was developed using a unified Eulerian framework for compressible fluids and viscoelastic materials based on the five-equation diffuse interface model. The simulation of primary blast injury confirmed the generation of compression and expansion waves propagating within the viscoelastic material and strong high- or low-pressure regions due to their diffusion and convergence. This report provides an overview of the theoretical formulation for the solution method and evaluates the computational results.

英語フィールド

Author：
SUMI Takahiro and HASHIMOTO Tokitada
Title：
Construction of a unified solution method for compressible fluids-viscoelastic materials toward elucidation of the primary blast injury mechanism
Announcement information:
Keyword：
Primary Blast Injury, Compressible Fluid, Viscoelastic Material, Unified Solution Method
An abstract：
A new solution method was developed using a unified Eulerian framework for compressible fluids and viscoelastic materials based on the five-equation diffuse interface model. The simulation of primary blast injury confirmed the generation of compression and expansion waves propagating within the viscoelastic material and strong high- or low-pressure regions due to their diffusion and convergence. This report provides an overview of the theoretical formulation for the solution method and evaluates the computational results.

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