日本語フィールド
著者：橋本時忠，住隆博 読み: ハシモトトキタダ，スミタカヒロ題名：衝撃波を利用した刺激に対する粘弾性応答発表情報：2021年度衝撃波シンポジウム ページ: 1B2-3キーワード：Shock Wave, Visco-elasticity, Stimulation, Strain rate概要：抄録：When a shock wave acts on a living tissue as a stimulation, it results in deformation at a high strain rate. We have been studying physical property estimation method using an inverse problem analysis as a method that can measure viscoelastic properties in the high strain rate region in a non-contact manner. This study aims to obtain viscoelastic properties in the corresponding frequency range of 103 to 105 /s when a relatively weak shock wave propagates through a single bubble placed on a viscoelastic object.英語フィールド
Author：HASHIMOTO, Tokitada and SUMI, TakahiroTitle：Viscoelastic Response to Stimulation Using Shock WavesAnnouncement information: Page: 1B2-3Keyword：Shock Wave, Visco-elasticity, Stimulation, Strain rateAn abstract：When a shock wave acts on a living tissue as a stimulation, it results in deformation at a high strain rate. We have been studying physical property estimation method using an inverse problem analysis as a method that can measure viscoelastic properties in the high strain rate region in a non-contact manner. This study aims to obtain viscoelastic properties in the corresponding frequency range of 103 to 105 /s when a relatively weak shock wave propagates through a single bubble placed on a viscoelastic object.