Statikk og fasthetslære

- Hooke's law

- Statically indeterminate structures

- Moment-area method

- 3-moment equation

- Differential equation method for deformations of beams

- Stress in arbitrary cross sections with Mohr's circle

- Torsion

- Real and virtual work and the principle of virtual work

- Strain Analysis with Mohr's circle

- Failure criteria

- Unit load method

- Moment-loaded unsymmetrical cross section

- Shear center

- Plasticity

- Composite Beams

- Basic use of matrices to solve static problems

The candidate

• Have the necessary basic knowledge in statics and mechanics.
• Be able to apply their knowledge of mechanics to simple practical tasks and perform simple calculations by hand and with Python within the framework of the syllabus in the course.
• By using physical insight, analyze and solve statics and mechanics problems, within the scope of the syllabus in the subject.

Scheduled time: lectures: 60 hours; organized guidance: 60 hours; work with compulsory assignments: 120 hours; other preparation: 50 hours; a total of 290 hours. Compulsory work requirements: 6 to 8 exercises, all of which except one must be approved.