Engineering in Kenya

# What is the Purpose of Mechanics of Machine Training Program?

Posted by on Jan 23, 2018 in Mechanical Engineering | 0 comments

Mechanics of Machine Training Program consists of the lessons on the kinematics and the dynamics of machines. These topics are designed in a way that they cover the fundamental principles of machines such as the gears &  the gear trains, and all analytical graphical planar kinematic analyses. More so, the course describes the processes involved while designing machines using the disc cam mechanisms. The topics illustrate clearly the common practices involved during the synthesis of mechanisms.  Most of the Mechanics of Machines books have well detailed chapters which contain problems of varying complexity and lengths. These books also contain Appendices that present various design projects based on practical and real life challenges in the engineering sector, i.e. working models software. Engineering in Kenya has more articles.

# What is the Purpose of Mechanics of Machine Training Program?

The most covered units in this program are kinematics and kinetics. In kinematics, the topic includes the motion of particles and fixed points on rigid bodies which are relative motion of particles. It further discusses the translation and the rotation of rigid bodies. Mechanics of Machine Training Program also analyzes the velocity and the  acceleration of the motion of planar mechanisms and elaborates on how to determine planar mechanism absolute motion. Relative kinetics of particles is described in great depth, impulse momentum, work, methods for particles and rigid bodies’ energy are also covered widely in this training program. Other topics covered include the impact of particles, spur gears, the systems of particles, and the general motion of rigid bodies rolling.

## What is the Purpose of Mechanics of Machine Training Program?

The purpose of this training is to enable the students be able to solve the complex challenge they find in the dynamics of the machinery for example in power transmission, load balancing, noise management and in lubrication of systems. Some of the requirements for Mechanics of Machine Training Program includes engineering mathematics 2 and engineering mathematic3. The topic describes the types of mechanism, motion analysis, the velocity and acceleration. This way, the student is prepared to solve any challenges in their profession. Other lessons taught include those concerning forces, torque and power problems and trouble shooting. The single and multiple planes balancing, static and the dynamic balance, the balancing of machines and the reciprocating machines.

Mechanics of Machine Training Program course enriches the student with skills of how they can solve the kinetic challenges presented by motion of particles and stationary bodies. It also helps in analyzing the velocities and   the accelerations of planar mechanisms. Other principles discussed are the importance of work and the impulse momentum methods which are required to solve kinetics challenges. Calculation of force and accelerations associated with motion is also important because it defines and makes the student understand the motion of the particular particles. Calculations done in this entire course help the students in the evaluation of the effects of forces and the torques on planar systems. It also describes the effect of rolling and sliding contact between the bodies. It also entails the power of transmission and the speed characterization of simple and compound fixed centre and epicyclical gears.

Mechanics of Machine Training Program

### What are the Expected Outcomes for Mechanics of Machine Training Program?

After the entire course, the outcomes expected from the students include, first, the ability to demonstrate a good understanding of the fundamental concepts of mechanics of machines and their practical application. Second, they should know the types of machines commonly used in the engineering field and how these machines are operated. Through Mechanics of Machine Training Program, a student is able to understand the mechanism’s of motion, analysis and is at a better place where he can solve the challenges experienced. These challenges can be those that concern the mechanism velocities and the acceleration, those concerned with forces and those which involve the torque mechanism and other causes of mechanical failures. This study helps the individual come up with the remedial response on how to tackle these problems.  Other mechanical problems are those caused by balancing and vibrations, power transmission, challenges posed by rotator parts and the dynamic balancing of masses and the rotating shafts. The main Mechanics of Machine Training Program includes the assessment criteria to evaluate the mechanical aptitude of the student include written tests, short assignments, practicals and contextual projects developed in class. this article has given an overview of Mechanics of Machine Training Program