Engineering mechanics is the branch of applied science which
works with the laws and principle of mechanics. Whatever the body we seen
around us experiences forces and due the forces experienced by the body they
undergo motion. The study of object which is either in motion or at rest
because of the forces acting on them is done under mechanics branch.
works with the laws and principle of mechanics. Whatever the body we seen
around us experiences forces and due the forces experienced by the body they
undergo motion. The study of object which is either in motion or at rest
because of the forces acting on them is done under mechanics branch.
Why Study of Engineering Mechanics is Essentials?
Nowadays engineers are inventing a lot of machines and
structures. To make a proper planning, design of these machines and structures
the knowledge of mechanics is very essential. In order to perform his/her job
more efficiently and more precisely the study of this branch is necessary for
mechanical engineers. It is the mechanics which is recommended for every branch
of engineering to study. Without mechanics the design of anything is not
possible. The mechanics is present everywhere where forces exist.
structures. To make a proper planning, design of these machines and structures
the knowledge of mechanics is very essential. In order to perform his/her job
more efficiently and more precisely the study of this branch is necessary for
mechanical engineers. It is the mechanics which is recommended for every branch
of engineering to study. Without mechanics the design of anything is not
possible. The mechanics is present everywhere where forces exist.
The engineering mechanics is subdivided into two types
- Statics
- Dynamics
Statics
This branch of mechanics deals with the forces and
their effect on the bodies which are at rest. For example: if a block is
resting on a ground and if we are studying the forces and their effect on that
block, than we are dealing with statics branch of mechanics.
their effect on the bodies which are at rest. For example: if a block is
resting on a ground and if we are studying the forces and their effect on that
block, than we are dealing with statics branch of mechanics.
A civil engineer mostly works with statics as they design
bridges, buildings, roads etc which cannot move. In civil engineering if something
moves, it means it gets failed.
bridges, buildings, roads etc which cannot move. In civil engineering if something
moves, it means it gets failed.
Dynamics
It is the branch of mechanics that deals with
forces and their effects on the bodies which are in motion. A mechanical
engineer works more with dynamics. As they design mechanisms, machines and
things which contains moving parts. They create moving objects like automobiles,
airplane etc.
forces and their effects on the bodies which are in motion. A mechanical
engineer works more with dynamics. As they design mechanisms, machines and
things which contains moving parts. They create moving objects like automobiles,
airplane etc.
For Example: Study of motion of a car running on road, study
of motion of thrown object above the ground etc.
of motion of thrown object above the ground etc.
Dynamics is further divided into two types:
- Kinetic
- Kinematics
Kinetics
It works with the bodies in motion because of the
applied forces. In other words it is the branch which deals with the bodies in
motion considering the cause of motion (i.e forces).
applied forces. In other words it is the branch which deals with the bodies in
motion considering the cause of motion (i.e forces).
Kinematics
This
branch deals with the bodies in motion without considering the forces causing
the motion. It is used to describe the motion of points, bodies and system of
objects without taking the mass of each or the forces which caused that motion.
It is used in astrophysics to describe the motion of celestial bodies. In
mechanical engineering it used in robotics and biomechanics. It describes the
motion of systems which is composed of joined parts such as engine, a robotic
arm or the human skeleton.
branch deals with the bodies in motion without considering the forces causing
the motion. It is used to describe the motion of points, bodies and system of
objects without taking the mass of each or the forces which caused that motion.
It is used in astrophysics to describe the motion of celestial bodies. In
mechanical engineering it used in robotics and biomechanics. It describes the
motion of systems which is composed of joined parts such as engine, a robotic
arm or the human skeleton.
This is all about the engineering mechanics if you find anything
missing than comment us to improve the article.
missing than comment us to improve the article.
