The Propagation of Longitudinal Wave in a Visco-Elastic Circular Bar with Consideration of the Lateral Inertia

スポンサーリンク

概要

• 論文の詳細を見る

• It is important to clarify how the propagation of a longitudinal wave in a visco-elastic bar is affected by the lateral inertia. This paper purports to clarify the coupling effect of the viscous force and the lateral inertia force on the propagation of the wave, especially in the vicinity of the wave front. It is assumed that the visco-elastic material is represented by a Voigt model. The equation of motion of the bar, in which the effect of the lateral inertia is taken into consideration, is obtained with Hamilton's principle. The solutions of the equation are presented for two cases. One is the case of one end of the bar being impacted at a constant velocity and the other is the case of the stress or strain at the impacted end being kept constant.

• 一般社団法人日本機械学会の論文

著者

• Tanaka Kichinosuke

  Faculty Of Engiineering Kyoto University

• Motoyama Chikashi

  Ship Initial Designing Dept. Kawasaki Heavy Industries

関連論文

• Harmonic Viscoelastic Waves Propagating Normal to the Layer of Laminated Media
• Harmonic Viscoelastic Waves Propagating Parallel to the Layers of Laminated Media
• Harmonic Waves in a Linear Viscoelastic Plate
• Propagation of Plastic Wave in Lead Bar
• Stress Wave Propagation in a Bar of Variable Cross-Section
• Viscous Property of Steel and Its Effect on Strain Wave Front
• Thermoelastic Effect Caused by Longitudinal Collision of Two Bars
• Effect of Stress Reduction of Secondary Creep of Mild Steel
• Strength of Mild Steel at High Strain Rate
• Impact Bending Test on Steel at Low Temperatures Using a Split Hopkinson Bar
• Temperature and Strain Rate Effects upon the Strength of Zinc Single Crystals
• The Behaviour of an Infinite Circular Bar subjected to Impulsive Bending Load
• Creep of Mild Steel under Periodic Stresses of Rectangular Wave : (III) Prediction of the Creep Deformation under Periodic Stresses
• Creep of Mild Steel under Periodic Stresses of Rectangular Wave : (II) Creep Deformation under Unsymmetrical Periodic Stress Waves
• Creep of Mild Steel under Periodic Stresses of Rectangular Wave
• Compressive Strength of Mild Steel at High Strain Rate and at High Temperature
• Thermal Recovery and Stress-Strain Relation of Polycrystalline Zinc
• The Propagation of Longitudinal Wave in a Visco-Elastic Circular Bar with Consideration of the Lateral Inertia
• The Effects of Temperature and Strain Rate on the Strength of Polycrystalline Zinc

もっと見る 閉じる

スポンサーリンク