Finite Element Methods FEM (4cr)

Code

General information

Enrollment: 17.11.2025 - 08.01.2026; Registration for introductions has not started yet.

Timing: 12.01.2026 - 30.04.2026; The implementation has not yet started.

Number of ECTS credits allocated: 4 cr

Local portion: 4 cr

Mode of delivery: Face-to-face

Unit: School of Technology

Campus: Main Campus

Teaching languages: English

Seats: 20 - 23

Degree programmes: Bachelor's Degree Programme in Mechanical Engineering

Teachers: Tomi Nieminen

Groups: TKN26VKDD
Konetekniikka (AMK), DD; TKN26VK
Konetekniikka (AMK), vaihto-opiskelu/Exchange studies; TKN23SA
Konetekniikka (AMK)

Course: TKSUE310

Unfortunately, no reservations were found for the realization Finite Element Methods FEM TKSUE310-3004. It's possible that the reservations have not yet been published or that the realization is intended to be completed independently.

Evaluation scale

0-5

Objective

Computer aided structural analysis is an important skill for a structure designer in the modern digitalized world. On this course you will learn to analyze and simulate structures with the numerical finite element method. You will know how to determine the stress, deflection and safety factor of a given structure. You learn to analyze the stability and buckling behavior, and you also know how to calculate the natural vibration frequencies of the structure. Moreover, you understand how to apply this information in your designs.

Knowledge and understanding:
You understand the theoretical concepts in the finite element method.

Investigations and information retrieval:
You master the information retrieval skills in problem solving and are able to apply the retrieved information.

Engineering Practice:
You know how to carry out a FEM analysis for a given structure, and you are able to interpret the results.

Content

Theoretical basis of the finite element method. Element types: solid elements, beam element and shell elements. Contact elements and assemblies. Buckling analysis. Non-linear static analysis. Modal analysis. Interpretation of the results and practical applications.

Materials

Study material provided by the teacher.

Teaching methods

Virtual course. Video examples, tutorials, theory videos, exercises.

Completion alternatives

Evaluated exercises.

Assessment criteria, satisfactory (1)

The assessment is based on exams.

Sufficient (1): You know the basic concepts of the course but you have difficulties in applying these concepts in practice.

Satisfactory (2): You know the basic concepts of the course and you are able to apply this knowledge in simple applications.

Assessment criteria, good (3)

Good (3): You know the basic concepts of the course and you are able to apply this knowledge in most applications.

Very good (4): You know the concepts of the course and you are able to apply the skills in applications.

Assessment criteria, excellent (5)

Excellent (5): You master the theoretical concepts of the course and you are able to creatively apply this knowledge even in applications.

Qualifications

Basic concepts in structural mechanics: normal stress, shear stress, equivalent stress (Von Mises), strain, displacement, loads and support types. Statics: force and torque balance in frame structures, and calculation of truss forces. Euler’s beam theory.