Classes | Antoine Dimitri

Classes

GEN321 Preparation of Engineering Reports and Standard

Course Topics

Communication process: Introduction, verbal and non-verbal communication, types of formal communication
Effective communication process: Seven C’s for
effective communication (samples and examples),
different barriers in communication process.
Technical writing: Introduction, steps of technical
writing process, general considerations related to
technical writing.
Scientific articles: General structure of scientific

MDPN253 Dynamics of Machine Components

Course objective

Study the dynamics and force analysis of mechanical systems, linkages, and engines.

Course Topics

Dynamics fundamentals and basic Concepts
Plane kinetics of rigid bodies
Newton’s law of motion (Force and acceleration)
Static force analysis
Dynamic force analysis
Work and energy – Principle of virtual work
Application to linkage mechanisms, gear trains, cam follower
Balancing of machinery: rotating elements, 4 bar lin

MDPN251 Kinematics of Machine Components

Course Objective

Study the kinematics of mechanical systems, linkages, cams, gears, belts, chains, screws.

Course Topics

Kinematics of Rigid Bodies.
Kinematic Analysis Fundamentals of Mechanisms and Machines.
Kinematic Analysis of Linkages.
Cam Follower Mechanisms.
Gear Trains.
Belts and Chains.
Screw Mechanisms.

References

Hibbeler, R.

MDP 642 Mechanical Vibration

Course Objective

Studying the mechanical vibrations systems.

Course Topics

Multi degree of freedom systems.
Eigen Value problem and forced response.
Modal Analysis
Numerical methods in vibration
Finite element method in vibration
Continuous System vibration
System identification

MDP 206 Theory of Mechanisms and Machines

This course introduces the students in Mechanical Engineering the ability to analyze and design plane mechanisms using graphical, analytical, and computer assisted methods.

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Part I: Kinematic analysis of mechanisms and machines