[Lecture 3-5: Energy Method] Mechanical Vibration by Prof. Yang-Hann Kim at KAIST

[Lecture 12-3: Multi Degree of Freedom System] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 2-5: Introduction to Vibration] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 4-3: Coefficients & Stability] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 3-8: Energy Method] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 3-4: Energy Method] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 3-6: Energy Method] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 2-3: Introduction to Vibration] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 4-5: Coefficients & Stability] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 3-7: Energy Method] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 22-3: Distributed Parameter System] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 5-2: Response to Harmonic Excitation] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 3-1: Energy Method] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 19-3: Further study_vibration absorber] Mechanical Vibration Prof. Yang Hann Kim at KAISTПодробнее

[Lecture 3-3: Energy Method] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 18-5: Modal analysis Review] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 20-5: Review] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 3-2: Energy Method] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 5-3: Response to Harmonic Excitation] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее

[Lecture 5-1: Response to Harmonic Excitation] Mechanical Vibration by Prof. Yang-Hann Kim at KAISTПодробнее