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Mechanics 1

Code

ME-MEC1

Version

2.0

Offered by

Mechanical Engineering

ECTS

5

Prerequisites

Admission requirements

Main purpose

The course aims to provide the student with basic skills in statics and strength theory of materials to be able to analyze and dimension products, machinery, and equipment for production within the industrial field.

Knowledge

The student acquires knowledge of basic statics within the following:
•  Description and calculation of force systems, forces, moments, couples and resultants.
• Formulation and description of static equilibrium, supports, free body diagram and equilibrium conditions.
• The application of join method and section method applied to plane trusses, force calculation in frames and machines.
• Definition and calculation of distributed loads, area centroid, external loads on beams, and internal forces in beams.
• Identification and formulation of equations for normal force, shear force and bending moment.
• Analysis of relationships between load, shear force and bending moment.
• Use of cross-sectional constants and material strength values in dimensioning.
• Identification and calculation of normal stress, shear stress, Von Misses stress and allowable stress.
• Description of dry friction.

Skills

The student who completes the course acquires skills in:
• Making free body diagrams and formulate static equilibrium equations.
• Calculate reactions and determine internal forces in simple structures, which are statically determined.
• Dimension and design simple structures and choose materials based on the material's strength values.
• Provide calculation documentation in a technical report.

Competences

 After the course, the student must be able to:
• Perform analysis of mechanical loads as a starting point for the design and dimensioning of a simple product.
• Be able to take part in projects concerning simple design and dimensioning tasks.

Topics

Teaching methods and study activities

The duration of the course is approx. 12 weeks with 4 lessons per. week. The total work load for the student is rated at 138 hours.

The form of teaching is class teaching with theory review combined with problem solving.

It is expected that the student between the lessons reads the literature used and solves assignments in study groups.

Resources

Meriam, J. L .; Kraige, L. G .; Engineering Mechanics Statics, SI edition; Wiley; Last edition.
 
Fisher, et. eel.; Mechanical and Metal trades Handbook, English edition; Europa Lehrmittel, Latest edition.
 
Notes handed out by the teacher.

Evaluation

Examination

Prerequisites for exam:
None

 

Exam type:
Individual oral exam based on solving an assignment found by drawing lots.

The duration is approx. 20 minutes.

No preparation time for the exam.

The exam assignments are handed out at least one week before the exam.

Exam counts 100% of the final grade.

Internal censor
 
Tools allowed:
None, however, the course textbooks will be available in the exam room.

Re-exam:
As ordinary

Grading criteria

7- point scale

Additional information

Responsible

Lars Pedersen

Valid from

8/1/2021 12:00:00 AM

Course type

Compulsory Course for Mechanical Engineering
1. semester

Keywords

<div>Force systems, Static equilibrium, Free body diagram, Plane trusses, Distributed loads, Internal forces, Cross-sectional constants, Stresses, Friction<br></div>