What You Will Learn!
- Browse the history of mechanics, branches of mechanics, applications of mechanics in real life, difference between statics and dynamics, the physical meaning of
- Add forces and resolve them into components using the Parallelogram Law.
- Express force and position in Cartesian vector form and explain how to determine the vector’s magnitude and direction.
- Know well the dot product in order to determine the angle between two vectors or the projection of one vector onto another.
- Know well the concept of the free-body diagram for a particle to be able to how to solve particle equilibrium problems using the equations of equilibrium.
- Write the equations of equilibrium for a rigid body using the concept of the free-body diagram.
Description
By the end of this course the student will be able to think scientifically in solving problems related to common application in his life using the principals and basic theories of statics such as ( forces, moment ) to proof the rigid body equilibrium in these common applications such as (trusses, frames and machines)
The course introduces the principles and concepts of statistical quality control, quality improvement tools, control charts for variables, control charts for attributes, choice between attribute and variable control charts, process capability measures. It also covers the types of attribute acceptance sampling plans, characteristics of acceptance sampling plans, producer consumers‘ relationships, performance
of acceptance sampling plans, economics of acceptance sampling plans. The standard attribute acceptance sampling plans applications and limitation, the quality in design, reliability, product life and process design are included.
1 Introduction to Mechanics 2 Parallelogram low 3 Rectangular components of force. 4 Equilibrium of particle. 5 Force system resultants. 6 Equilibrium of rigid body (Free Body Diagram) 7 Equilibrium of rigid body (Equilibrium Equation) 8 Trusses (Method of Joints) 9 Frames and machines (Free Body Diagram) 10 Frames and machines (Equilibrium Equation) 11 Friction 12 Friction on flat belts 13 Revision
General Skills
- How to use the mathematical and geometrical concepts to solve the statics problem.
- How to use the engineering drawing concepts to solve the statics problem.
Who Should Attend!
- First year students of engineering colleges
