## This study presents a comprehensive numerical dynamic finite element analysis to investigate the dynamic behavior and induced stresses of axially functionally graded rotating beam, for the first time. この研究は、軸方向に機能的に傾斜した回転ビームの動的挙動と誘導応力を初めて調査するための包括的な数値動的有限要素分析を提示します。

Finite element based stress and vibration analysis of axially functionally graded rotating beams

## In this paper, a comprehensive strain-gradient elasticity formulation is presented for functionally graded rotating micro-disks under the effects of varying angular velocity. この論文では、さまざまな角速度の影響下で機能的に傾斜した回転マイクロディスクについて、包括的なひずみ勾配弾性の定式化を示します。

Small-scale oriented elasticity modeling of functionally graded rotating micro-disks with varying angular velocity in the context of the strain gradient theory

## The present study reports the linear elastic analysis of variable thickness functionally graded rotating disks. 本研究では、可変厚さ傾斜機能回転ディスクの線形弾性解析を報告します。

Stress and Deformation Analysis of Clamped Functionally graded Rotating Disks with Variable Thickness

## This study presents a comprehensive numerical dynamic finite element analysis to investigate the dynamic behavior and induced stresses of axially functionally graded rotating beam, for the first time. この研究は、軸方向に機能的に傾斜した回転ビームの動的挙動と誘導応力を初めて調査するための包括的な数値動的有限要素分析を提示します。

Finite element based stress and vibration analysis of axially functionally graded rotating beams

## In this paper, a comprehensive strain-gradient elasticity formulation is presented for functionally graded rotating micro-disks under the effects of varying angular velocity. この論文では、さまざまな角速度の影響下で機能的に傾斜した回転マイクロディスクについて、包括的なひずみ勾配弾性の定式化を示します。

Small-scale oriented elasticity modeling of functionally graded rotating micro-disks with varying angular velocity in the context of the strain gradient theory

## In this work, the thermo-mechanical limit elastic speed analysis of functionally graded rotating disk has been reported. この研究では、傾斜機能回転ディスクの熱機械的限界弾性速度解析が報告されています。

Vibration analysis of rotating porous functionally graded material beams using exact formulation

10.1016/j.engstruct.2020.111362

## In a numerical case study, the effects of the power-law index on the steady-state responses and locus of two saddle-node bifurcations for a heterogeneous functionally graded rotating shaft fabricated from the mixture of Aluminum oxide (Al2O3) and Stainless Steel (SUS304) are illustrated. 数値のケーススタディでは、酸化アルミニウム（Al2O3）とステンレス鋼（SUS304）の混合物から製造された不均一な機能傾斜回転シャフトの定常状態応答と2つのサドルノード分岐の軌跡に対するべき乗則指数の影響）が示されています。

Effect of radially functionally graded materials on the primary resonances of large amplitude flexural vibration of in-extensional rotating shafts

## In this paper, the linear and nonlinear free vibrations of functionally graded rotating composite Timoshenko beams reinforced by carbon nanotubes are presented. この論文では、カーボンナノチューブで強化された傾斜機能回転複合材ティモシェンコ梁の線形および非線形の自由振動が提示されています。

Nonlinear free vibration analysis of functionally graded rotating composite Timoshenko beams reinforced by carbon nanotubes

## MATLAB code is developed to analyze the free vibration of the tapered and functionally graded rotating Timoshenko beam. MATLAB コードは、テーパーが付けられ機能的に勾配付けされた回転するティモシェンコ梁の自由振動を解析するために開発されました。

Finite Element Method for Vibration Analysis of Timoshenko Beams

## The present study reports the linear elastic analysis of variable thickness functionally graded rotating disks. 本研究では、可変厚さ傾斜機能回転ディスクの線形弾性解析を報告します。

Stress and Deformation Analysis of Clamped Functionally graded Rotating Disks with Variable Thickness

## In this paper, the in-plane free vibration analysis of the functionally graded rotating disks with variable thickness is presented utilizing DQM. この論文では、DQMを利用して、厚さが可変の機能的に傾斜した回転ディスクの面内自由振動解析を提示します。

Analysis of In-Plane Vibration and Critical Speeds of the Functionally Graded Rotating Disks

## Originality/value A non-linear mathematical model is newly developed based on C0 continuity for the functionally graded rotating plate considering the 1D Fourier equation of heat conduction. 独創性・価値 熱伝導の一次元フーリエ方程式を考慮して傾斜機能回転板のC0連続性に基づく非線形数学モデルを新たに開発した。

Vibration analysis of FG rotating plate using nonlinear-FEM