TMME17	Engineering Mechanics, 9 ECTS-points /Mekanik Ii/ Advancement level: B
	Aim: To familiarize the student with the basic laws of classical mechanics and provide the skills necessary to apply the laws to concrete mechanical problems independently. Prerequisites: Upper secondary school mathematics and physics, Algebra, Calculus. Supplementary courses: Mechanics of Materials, Mechanical Heat And Flow Theory, Mechanical Components, Automatic Engineering, Industrial Engineering. Course organization: The course is divided into two sections; part 1 is given in the form of lectures and classes, while part 2 is in the form of large seminars. Course content: Part 1. Statics: two and three dimensional force systems, couples, reduction of force systems, equilibrium and momentum equilibrium, center of gravity, Coulomb’s law of friction. Particle dynamics: Newton’s laws of motion, gravity, velocity and acceleration in cartesian, polar and natural coordinates, work and energy, impulse and momentum, impact. Part 2: Linear vibrations. Rigid body dynamics in plane: Velocity and acceleration with absolute and relative motion, instantaneous center, Euler’s equations of motion, work and energy, linear and angular impulse and momentum. Course literature: A. Pytel and J. Kiusalaas: Engineering Mechanics Statics and Dynamics, Brooks/Cole Publishing Company.
TEN1	Written examination, 3 p.
TEN2	Written examination, 3 p.
UPG1	, 0 p.
	Knowledge is assessed by means of examination after each subcourse, as well as through a computer calculation assignment in connection with part 2. The examination is designed with a maximum of 15 points, with 6 points required for a passing grade.

Course language is Swedish.