Description

Theory
1

Theory/Practice
3

Instructors

Natércia Lima

Contents

Part I
Unit Systems and Dimensional Analysis (10%)
Kinematics: Laws of particle motion (12%)
Dynamics: Newton's Laws (12%)
Work, energy and power (16%)

Part II
Particle Systems, Impulse and Linear Moment (18%)
Curvilinear Movement and Rotational Movement (14%)
Kinematics and Rigid Body Dynamics (18%)

Learning Outcomes

OB1: Apply unit systems and dimensional analysis to solve mechanical engineering problems.

OB2: Analyse and solve particle motion problems using kinematics principles.

OB3: Apply Newton’s laws to analyse forces and motion in mechanical systems.

OB4: Apply work, energy, and power concepts to solve engineering problems.

OB5: Analyse particle systems using impulse and linear momentum principles.

OB6: Analyse curvilinear and rotational motion problems.

OB7: Apply rigid body kinematics and dynamics principles to engineering applications.

OB8: Develop scientific reasoning and problem-solving skills to interpret and solve mechanical problems.