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    Fundamentals Of Mechanical Vibration

    Posted By: ELK1nG
    Fundamentals Of Mechanical Vibration

    Fundamentals Of Mechanical Vibration
    Last updated 7/2021
    MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
    Language: English | Size: 1.19 GB | Duration: 5h 43m

    An Introductory Course

    What you'll learn
    Classification of vibration
    Analysis of Single Degree of Freedom/ Un-damped/Free Vibration
    Analysis of Single Degree of Freedom/ Damped/ Free Vibrations
    Analysis of Forced Vibrations
    Vibration Isolation and Transmissibility
    Analysis of Forced Transmissibility
    Analysis of Transverse Vibrations
    Higher Critical Speeds
    Whirling Speed of Shaft
    Torsional Vibrations
    Requirements
    Be familiar with basics of Engineering Mechanics and Calculus.
    Description
    Vibrations are defined as an oscillation in mechanical dynamic systems which causes minor or serious performance or safety problems in an engineered system. The course focuses and covers important topics such as the classification of vibrations, linearization and lumping of parameters, analysis of free vibrations, analysis of forced vibrations, vibration due to unbalanced masses, vibration isolation, and transmissibility, analysis of force transmissibility, transverse vibrations, higher critical speeds, and whirling speed of the shaft.

    Overview

    Section 1: Beginning Mechanical Vibration

    Lecture 1 What you will learn?

    Lecture 2 Classification of Vibrations

    Lecture 3 Classification of Vibration on the basis of motion

    Lecture 4 Classification of Vibration on the basis of degree of freedom

    Section 2: System Parameters in Mechanical Vibration

    Lecture 5 Concept of Inertia

    Lecture 6 Concept of Restoration

    Lecture 7 Hooke's Law

    Lecture 8 Concept of Damping

    Lecture 9 Linearization of parameters

    Lecture 10 Lumping of parameters

    Section 3: Undamped Free Vibration

    Lecture 11 Equilibrium Position and Method of Analysis

    Lecture 12 Case studies

    Lecture 13 Solution of equation of motion

    Section 4: Damped Free Vibration

    Lecture 14 Damping Factor

    Lecture 15 Damping System

    Section 5: Forced Vibration

    Lecture 16 Concept of External Excitation

    Lecture 17 Concept of Magnification Factor

    Lecture 18 Force due to unbalanced masses

    Section 6: Vibration Isolation and Transmissibility

    Lecture 19 Concept of Vibration Isolation

    Lecture 20 Concept of Transmissibility

    Section 7: Additional topics

    Lecture 21 Transverse Vibration

    Lecture 22 Higher Critical Speed

    Lecture 23 Torsional Vibration

    Lecture 24 Whirling of shaft

    Beginner in Mechanical Vibrations.