Study Guide

Objective

The student
- Knows the difference between hot and cold machined construction elements, and knows what profile cross-sections are available and knows for what purposes the cross-sections can be suitably used.
- Knows the life cycle of steel and can describe the most common rust and fire protection methods
- Can check to which cross-section class a beam belongs and can dimension beams in cross-section class 1, 2 and 3 according to the elasticity theory.
Knows when to dimension beams according to the plasticity theory and can dimension beams and printed rods according to suitable theory, depending on cross-sectional class affiliation.
Map can explain when there is a risk of tilting (1) for beams, can check whether a beam is sufficiently braced, can calculate tilting load capacity
- Can dimension sheared bolt joints and or drawn and sheared welds according to the simplified method.
- Knows what is essential to be part of and can read typical steel drawings (partial drawings, wholes and line drawings).

Content

Hot and cold machined construction elements
The life cycle of steel and the most common rust and fire protection methods
Control of cross-sectional class for a beam
Dimensioning of beam
Dimensioning of beams and printed bars according to suitable theory, depending on cross-sectional class affiliation.
Risk of tilting,
Dimensioning of sheared bolt joints
Reading of typical steel drawings (partial drawings, wholes and line drawings).

Evaluation scale

H-5

Qualifications

Technical Structures 1

Objective

The student
- Knows the difference between hot and cold machined construction elements, and knows what profile cross-sections are available and knows for what purposes the cross-sections can be suitably used.
- Knows the life cycle of steel and can describe the most common rust and fire protection methods
- Can check to which cross-section class a beam belongs and can dimension beams in cross-section class 1, 2 and 3 according to the elasticity theory.
Knows when to dimension beams according to the plasticity theory and can dimension beams and printed rods according to suitable theory, depending on cross-sectional class affiliation.
Map can explain when there is a risk of tilting (1) for beams, can check whether a beam is sufficiently braced, can calculate tilting load capacity
- Can dimension sheared bolt joints and or drawn and sheared welds according to the simplified method.
- Knows what is essential to be part of and can read typical steel drawings (partial drawings, wholes and line drawings).

Content

Hot and cold machined construction elements
The life cycle of steel and the most common rust and fire protection methods
Control of cross-sectional class for a beam
Dimensioning of beam
Dimensioning of beams and printed bars according to suitable theory, depending on cross-sectional class affiliation.
Risk of tilting,
Dimensioning of sheared bolt joints
Reading of typical steel drawings (partial drawings, wholes and line drawings).

Location and time

Vaasa spring 2024

Materials

Given during course

Teaching methods

Lectures
Tasks

Employer connections

Cases from real constructions

Exam schedules

Spring 2024

International connections

None

Completion alternatives

None

Content scheduling

Hot and cold machined construction elements
The life cycle of steel and the most common rust and fire protection methods
Control of cross-sectional class for a beam
Dimensioning of beam
Dimensioning of beams and printed bars according to suitable theory, depending on cross-sectional class affiliation.
Risk of tilting,
Dimensioning of sheared bolt joints
Reading of typical steel drawings (partial drawings, wholes and line drawings).
each topic 10 h

Further information

Given during course

Evaluation scale

H-5

Assessment criteria, fail (0)

The student do not master skills given during cource

Assessment criteria, satisfactory (1-2)

Student masters basics given in cource

Assessment criteria, good (3-4)

Student masters well basics given in cource

Assessment criteria, excellent (5)

Student masters skills given in cource very well

Qualifications

Technical Structures 1

Objective

The student
- Knows the difference between hot and cold machined construction elements, and knows what profile cross-sections are available and knows for what purposes the cross-sections can be suitably used.
- Knows the life cycle of steel and can describe the most common rust and fire protection methods
- Can check to which cross-section class a beam belongs and can dimension beams in cross-section class 1, 2 and 3 according to the elasticity theory.
Knows when to dimension beams according to the plasticity theory and can dimension beams and printed rods according to suitable theory, depending on cross-sectional class affiliation.
Map can explain when there is a risk of tilting (1) for beams, can check whether a beam is sufficiently braced, can calculate tilting load capacity
- Can dimension sheared bolt joints and or drawn and sheared welds according to the simplified method.
- Knows what is essential to be part of and can read typical steel drawings (partial drawings, wholes and line drawings).

Content

Hot and cold machined construction elements
The life cycle of steel and the most common rust and fire protection methods
Control of cross-sectional class for a beam
Dimensioning of beam
Dimensioning of beams and printed bars according to suitable theory, depending on cross-sectional class affiliation.
Risk of tilting,
Dimensioning of sheared bolt joints
Reading of typical steel drawings (partial drawings, wholes and line drawings).

Evaluation scale

H-5

Qualifications

Technical Structures 1