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Fundamentals of Vibration, Measurement, Analysis and Balancing



INR 10000.00

Course Code16724VVB1
Duration30 day(s)

Program Manager

Mr Naveen Anand

anand.naveen123@gmail.com

919873412329


Social


This course is offered By Baseline Technologies

Course Objective

The course introduces the fundamental concepts of Vibration Measurement on machinery with a focus on Condition Monitoring. It is organized into three chapters: Measurement, Analysis, and rotor balancing.

Learning Tools

  • Study Material - Standard
  • Participant Questions
  • Forum

Mode of Payment

1. Online

Course Delivery and Access Methodology

The course is delivered over internet.  You must complete the enrollment process before you can access the course.
You must use Internet Explorer 11.0 (or above), Mozilla Firefox 35.0 (or above) or Google Chrome 40.0 (or above) to use Quampus. Additionally you must install Adobe Flash Player (latest version) in your browser also.  Your browser must have Java Scripts enabled. There may not be difficulty in running on other browsers, but it is not tested on them.

Withdrawal and Refund Policy

Withdrawal is permitted but there will be no refund of payment.


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Chapter 1: Introduction

Chapter 2: Tutorial-01: Fundamentals of Vibration and its Measurement

1

Session-01: What do we know about Vibration?

2

Session-02: Simple Harmonic Motion

3

Session-03: Magnitude , Frequency & Phase

4

Session-04: Free Vs Forced Vibration

5

Session-05: Second Order Systems and Response to Unbalance

6

Session-06: Displacement, Velocity & Acceleration

7

Session-07: Magnitude Units & RMS

8

Session-08: Sensor Technologies

9

Session-09: How do we Measure Vibration on a Machine

10

Session-10: Standard Governing Vibration

Chapter 3: Tutorial-02: Vibration Analysis

1

Session-01: Fouriers Theorem and Frequency Domain

2

Session-02: Techniques of Vibration Analysis

3

Session-03: Interpreting the Result

Chapter 4: Tutorial-03: Balancing of Vibration

1

Session-01: The Importance of Rotor Balancing

2

Session-02: Static and Dynamic Unbalance

3

Session-03: Single Plane and Two Plane Unbalance

4

Session-04: How to Detect Types of Unbalance

5

Session-05: Unbalance Response and Vector Representation

6

Session-06: Common Balancing Techniques

7

Session-07: In-Situ Balancing

8

Session-08: Rigid and Flexible Rotors

9

Session-09: Units of Unbalance and Balancing Standards


Mr Naveen Anand
Assigned Subjects
  • Fundamentals of Vibration, Measurement, Analysis and Balancing (VIB01)