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The [course_title] is an application of the principles of dynamics to mechanisms and machine elements. Topics will include kinematic and dynamic analysis of linkages and cam mechanisms. This course aims to equip you with fundamental knowledge of dynamics of machines so that he can appreciate problems of dynamic force balance, transmissibility of forces, isolation of systems, vibrations, instrumentation, and standards. This course develops, at an appropriate level, the theoretical and practical methods used in the design of machine elements.

Assessment

This course does not involve any written exams. Students need to answer 5 assignment questions to complete the course, the answers will be in the form of written work in pdf or word. Students can write the answers in their own time. Each answer needs to be 200 words (1 Page). Once the answers are submitted, the tutor will check and assess the work.

Certification

Edukite courses are free to study. To successfully complete a course you must submit all the assignment of the course as part of the assessment. Upon successful completion of a course, you can choose to make your achievement formal by obtaining your Certificate at a cost of £49.

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Course Credit: Open Culture 

Course Curriculum

Module: 01
Module 1 – Lecture 1 – Rigid Body Motion 00:34:00
Module 1 – Lecture 2 – Rigid Body Motion 00:30:00
Module 1 – Lecture 3 – Dynamic Force Analysis of Mechanisms 00:30:00
Module: 02
Module 2 – Lecture 1 -Space Motion of Rigid Bodies 00:56:00
Module 2 – Lecture 2 – Inertia Tensor & Angular Momentum 00:57:00
Module 2 – Lecture 3 – Euler’s Equation of Motion 00:39:00
Module 2 – Lecture 4 – Gyroscopic Action in Machines 00:44:00
Module: 03
Module 3 – Lecture 1 – Unbalance in Machines… 00:56:00
Module 3 – Lecture 2 – Rotary Balancing… 00:42:00
Module 3 – Lecture 3 – Balancing Machines… 00:51:00
Module 3 – Lecture 4 – Field Balancing of Rotars 00:36:00
Module: 04
Module 4 Lecture 1 Balancing of Single Slider Machines 00:39:00
Module 4 Lecture 2 Single- Cylinder Engine Balancing 00:37:00
Module 4 – Lecture 3 – In-Line Engine Balancing 01:00:00
Module: 05
Module 5 – Lecture 1 – V & Radial Engine Balancing 00:48:00
Module: 06
Module 6 – Lecture 1 – Turning Moment Diagram 00:53:00
Module 6 – Lecture 2 – Flywheel Analysis 00:51:00
Module: 07
Module 7 – Lecture 1 – Dynamics of Machines 00:52:00
Module 7 – Lecture 2 – Dynamics of Machines 00:59:00
Module 7 – Lecture 3 – Dynamics of Machines 00:59:00
Module: 08
Module 8 – Lecture 1 – Dynamics of Machines 01:03:00
Module 8 – Lecture 2 – Dynamics of Machines 00:59:00
Module 8 – Lecture 3 – Dynamics of Machines 00:52:00
Module: 09
Module 9 – Lecture 1 – Dynamics of Machines 00:54:00
Module 9 – Lecture 2 – Dynamics of Machines 01:04:00
Module: 10
Module 10 – Lecture 1 – Dynamics of Machines 00:50:00
Module 10 – Lecture 2 – Dynamics of Machines 00:57:00
Module: 11
Module 11 – Lecture 1 – Dynamics of Machines 01:01:00
Module 11 – Lecture 2 – Rotating Vector Approach… 00:58:00
Module 11 – Lecture 3 – Equivalent viscous damping… 00:58:00
Module 11 – Lecture 4 – Dynamics of Machines 00:56:00
Module: 12
Module 12 – Lecture 1 – Systems with two degree of freedom 00:59:00
Module 12 – Lecture 2 – Tuned Vibration Absorber 00:58:00
Module 12 – Lecture 3 – Design of Vibration Absorbers 00:56:00
Module 12 -Lecture 4 -Flexibilty Matrix& Influence Coeff… 00:58:00
Module 12 – Lecture 5 – Forced Vibration of multiple… 01:00:00
Module 12 Lecture 6 Forced Vibration of Multiple degrees… 00:48:00
Module: 13
Module 13 – Lecture 1 – Vibration of Continuous Systems 00:56:00
Module 13 – Lecture 2 – Vibration of Continuous Systems 00:53:00
Module 13 – Lecture 3 – Vibration of Beams 00:58:00
Module 13 – Lecture 4 – Rayleigh’s method 00:53:00
Module 13 – Lecture 5 – Rayleigh-Ritz Method 00:49:00
Module: 14
Module 14 – Lecture 1 – Vibration Measurement 01:03:00
Module 14 Lecture 2 Vibration Measuremen Types of Pickups 00:50:00
Assessment
Submit Your Assignment 00:00:00
Certification 00:00:00

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