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Steel Construction 1

183230

Description

Basics

- General information

- Standards/literature

Verifications in SLS

Verifications in SLS without stability influence

- General information:

– Cross-section class

- Simple bending beams cross section class 1 to 3

– Elastic limit section forces of the cross-section

– Stress interaction

– Plastic limit section forces of the cross-section

– Section force interaction according to DIN EN 1993

– Simplified bending torsion buckling verifications

- Tension members

- Compression members

– Stability problems in steel construction (bending buckling, bending torsion buckling, buckling)

– Equivalent member method

– Buckling lengths, slenderness, buckling curves, reduction factors

– Pure normal force

– Normal force with single-axis and two-axis bending

Verification of connections

- Bolted connections

– Centrically loaded bolt patterns

– Shearing

– Hole rebate

- Welded connections

– Weld seam shapes

– Symbols in drawings

– Direction-related method

– Simplified method

ECTS credits

Teaching Language

Deutsch

Exam Language

Deutsch

Support Materials Language

Deutsch

Basic Learning Outcomes

Ability to formulate solutions to practical Civil Engineering problems using multidisciplinary approaches.
(F12_G3 - Basic learning outcome G3 (related to final LO F12) - CEB - Ability to formulate solutions to practical Civil Engineering problems using multidisciplinary approaches. )
Ability to integrate information from different sources into practical knowledge
(F12_G16 - Basic learning outcome G16 (related to final LO F12) - CEB - Ability to integrate information from different sources into practical knowledge )
Ability to solve linear algebra; geometry; differential geometry; differential and integral calculus; differential and partial derivative equations; numerical methods; numerical algorithms; statistics and optimization.
(F1_B1 - Basic learning outcome B1 (related to final LO F1) - CEB - Ability to solve linear algebra; geometry; differential geometry; differential and integral calculus; differential and partial derivative equations; numerical methods; numerical algorithms; statistics and optimization.)
Ability to integrate spatial vision and apply graphic representation techniques, both by traditional methods of metric geometry and descriptive geometry, as well as by computer-aided design applications.
(F2_B2 - Basic learning outcome B2 (related to final LO F2) - CEB - Ability to integrate spatial vision and apply graphic representation techniques, both by traditional methods of metric geometry and descriptive geometry, as well as by computer-aided design applications.)
Ability to apply the basic concepts of the general physics laws such as: mechanics, fluid mechanics, fields and waves and electromagnetism, soil mechanics and their application to the resolution of engineering problems.
(F1_B4 - Basic learning outcome B4 (related to final LO F1) - CEB - Ability to apply the basic concepts of the general physics laws such as: mechanics, fluid mechanics, fields and waves and electromagnetism, soil mechanics and their application to the resolution of engineering problems.)
Ability to identify the typology and calculation basics of prefabricated elements and their application in construction processes.
(F6_CS1 - Basic learning outcome CS1 (related to final LO F6) - CEB - Ability to identify the typology and calculation basics of prefabricated elements and their application in construction processes. )
Ability to demonstrate the fundamentals of the behaviour of structures, such as: reinforced concrete, metal, steel and concrete composite, masonry or timber structures.
(F6_C6 - Basic learning outcome C6 (related to final LO F6) - CEB - Ability to demonstrate the fundamentals of the behaviour of structures, such as: reinforced concrete, metal, steel and concrete composite, masonry or timber structures. )
Ability to analyse, design and construct non-structural elements.
(F6_CS2 - Basic learning outcome CS2 (related to final LO F6) - CEB - Ability to analyse, design and construct non-structural elements. )
Ability to analyse, design and construct structural elements according to the design codes.
(F6_C4 - Basic learning outcome C4 (related to final LO F6) - CEB - Ability to analyse, design and construct structural elements according to the design codes. )
Ability to apply surveying techniques essential to obtain measurements, form plans, establish layouts, ability to abstract information from an engineering design and prepare data for setting out horizontal and vertical controls on site.
(F7_C1 - Basic learning outcome C1 (related to final LO F7) - CEB - Ability to apply surveying techniques essential to obtain measurements, form plans, establish layouts, ability to abstract information from an engineering design and prepare data for setting out horizontal and vertical controls on site. )
Ability to apply engineering properties of construction materials to structural systems.
(F7_C3 - Basic learning outcome C3 (related to final LO F7) - CEB - Ability to apply engineering properties of construction materials to structural systems. )
Ability to analyse the stability of structures.
(F8_EA1 - Basic learning outcome EA1 (related to final LO F8) - CEB - Ability to analyse the stability of structures. )
Ability to conduct linear analysis of different types of determinate and indeterminate structures.
(F8_EA2 - Basic learning outcome EA2 (related to final LO F8) - CEB - Ability to conduct linear analysis of different types of determinate and indeterminate structures.)
Ability to apply numerical methods modelling.
(F8_EA3 - Basic learning outcome EA3 (related to final LO F8) - CEB - Ability to apply numerical methods modelling.)
Ability to identify the principles of the stability of structures.
(F8_EA5 - Basic learning outcome EA5 (related to final LO F8) - CEB - Ability to identify the principles of the stability of structures.)
Ability to perform analysis using both principal elasticity and plasticity theory.
(F8_EA8 - Basic learning outcome EA8 (related to final LO F8) - CEB - Ability to perform analysis using both principal elasticity and plasticity theory. )

Final Learning Outcomes

Ability to formulate and solve PROBLEMS PERTINENT TO MATHEMATICS, PHYSICS, AND CHEMISTRY INTRINSIC TO CIVIL ENGINEERING
(F1 - CEB - Ability to formulate and solve PROBLEMS PERTINENT TO MATHEMATICS, PHYSICS, AND CHEMISTRY INTRINSIC TO CIVIL ENGINEERING )
Ability to analyse, design and assess CIVIL STRUCTURES
(F6 - CEB - Ability to analyse, design and assess CIVIL STRUCTURES )
Ability to apply the procedures of CONSTRUCTION PRACTICE
(F7 - CEB - Ability to apply the procedures of CONSTRUCTION PRACTICE )
Ability to perform STRUCTURAL ANALYSIS
(F8 - CEB - Ability to perform STRUCTURAL ANALYSIS )
Ability to demonstrate professionalism within the realm of civil engineering employment
(F12 - CEB - Ability to demonstrate professionalism within the realm of civil engineering employment )

Course categorized

Managing Entity (faculty)

H_da Department of Civil and Environmental Engineering