Course Details
Building Constructions 2
Academic Year 2023/24
AH002 course is part of 1 study plan
B-P-C-APS (N) / APS Summer Semester 1st year
Structural systems of multi-story buildings: - wall systems, load-bearing brick walls (masonry), openings in load-bearing walls, - monolithic skeleton systems, - combined skeleton and wall systems. Structural systems of high buildings and superstructures – design principles, material possibilities. Floor structures - function, general requirements, connection with vertical load-bearing walls. Floor structure types: wooden, monolithical reinforced concrete, ceramic, steel, combined floor structures.Recessed structures. Chimneys - chimney and ventilaton flues. Non-load-bearing structures -requirements, material and structural variations.
Course Guarantor
Institute
Objective
Basic orientation in vertical bearing systems design of public and industrial buildings. Fundamental knowledge in horizontal and arched bearing constructions and constructions connecting various altitudinal levels. Knowledge in suspended construction design such as console or cantilevered structures. Basic knowledge about chimney constructions.
Knowledge
Student copes aim subjectthat which is general conception proposal skeleton program multi - storey construction inclusive assembling project documentation for her realization.
Syllabus
1. Introduction to Structural Engineering, sorting buildings, basic concepts, concept design of buildings, modular coordination.
2. Requirements for the construction, external influences on the building. Mechanical systems, classification, principles and technology, space stiffness, load stability.
3. Distribution of the components, the distribution of structural elements, their mutual relations, basic materials in construction, their properties and applications. Requirements for constructions – functional. Requirements for design - functional, structural and material; loading; structural systems of multi-storey buildings.
4. Structural Systems - wall masonry, structural and material requirements, masonry, brick and blocks (materials, links, creep and settlement of masonry). Andy tyes of mortars.
5. Masonry and stone mixed openings in load-bearing walls, lintels over openings, reinforcing rim. Openings in vertical structures.
6. Structural Systems - monolithic concrete wall mounted. Multi-layer design - design principles, strength, columns and pillars - material solutions, properties and design principles.
7. Ceiling construction - an overview, requirements, feedback on the vertical structure, monolithic ceiling. Wreaths and translations - static and design principles, material options, elimination of thermal bridges.
8. Ceiling construction - prefabricated concrete and ceramic. Functional and static requirements binding on the vertical structure.
9. Ceiling construction - prefabricated wooden, steel and combination. Functional and static requirements binding on the vertical structure.
10. Skeletal Systems - monolithic, prefabricated, modular systems combined. Design systems of high-rise buildings - superstructure - principle, material options, indoor facilities - types, functional and static requirements.
11. Design pendant and recessed (balconies, loggias, porches, patios, akrýře, cornices), materials options, static requirements, heat technical problems.
12. The vertical non-bearing walls, partitions requirements. Brick walls, monolithic, prefabricated glass walls and mobile walls. Structural and non-structural parts of buildings - relationships. Expansion joints; vertical non-bearing structures - walls - material and design solutions.
13. Chimney and ventilation units - design principles and implementation. Feed for layout.
2. Requirements for the construction, external influences on the building. Mechanical systems, classification, principles and technology, space stiffness, load stability.
3. Distribution of the components, the distribution of structural elements, their mutual relations, basic materials in construction, their properties and applications. Requirements for constructions – functional. Requirements for design - functional, structural and material; loading; structural systems of multi-storey buildings.
4. Structural Systems - wall masonry, structural and material requirements, masonry, brick and blocks (materials, links, creep and settlement of masonry). Andy tyes of mortars.
5. Masonry and stone mixed openings in load-bearing walls, lintels over openings, reinforcing rim. Openings in vertical structures.
6. Structural Systems - monolithic concrete wall mounted. Multi-layer design - design principles, strength, columns and pillars - material solutions, properties and design principles.
7. Ceiling construction - an overview, requirements, feedback on the vertical structure, monolithic ceiling. Wreaths and translations - static and design principles, material options, elimination of thermal bridges.
8. Ceiling construction - prefabricated concrete and ceramic. Functional and static requirements binding on the vertical structure.
9. Ceiling construction - prefabricated wooden, steel and combination. Functional and static requirements binding on the vertical structure.
10. Skeletal Systems - monolithic, prefabricated, modular systems combined. Design systems of high-rise buildings - superstructure - principle, material options, indoor facilities - types, functional and static requirements.
11. Design pendant and recessed (balconies, loggias, porches, patios, akrýře, cornices), materials options, static requirements, heat technical problems.
12. The vertical non-bearing walls, partitions requirements. Brick walls, monolithic, prefabricated glass walls and mobile walls. Structural and non-structural parts of buildings - relationships. Expansion joints; vertical non-bearing structures - walls - material and design solutions.
13. Chimney and ventilation units - design principles and implementation. Feed for layout.
Prerequisites
Technical terminology, basic requirements to various types of building (functional, structural and architectural), basic knowledge about constructional systems, competence to choice of system commensurate with type of building, spatial stiffness provision of constructional system. Drawing knowledge of basic constructional types, competence of building drawings reading.
Language of instruction
Czech
Credits
4 credits
Semester
summer
Forms and criteria of assessment
course-unit credit and examination
Specification of controlled instruction, the form of instruction, and the form of compensation of the absences
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Offered to foreign students
Not to offer
Course on BUT site
Lecture
13 weeks, 2 hours/week, elective
Syllabus
1. Introduction to Structural Engineering, sorting buildings, basic concepts, concept design of buildings, modular coordination.
2. Requirements for the construction, external influences on the building. Mechanical systems, classification, principles and technology, space stiffness, load stability.
3. Distribution of the components, the distribution of structural elements, their mutual relations, basic materials in construction, their properties and applications. Requirements for constructions – functional. Requirements for design - functional, structural and material; loading; structural systems of multi-storey buildings.
4. Structural Systems - wall masonry, structural and material requirements, masonry, brick and blocks (materials, links, creep and settlement of masonry). Andy tyes of mortars.
5. Masonry and stone mixed openings in load-bearing walls, lintels over openings, reinforcing rim. Openings in vertical structures.
6. Structural Systems - monolithic concrete wall mounted. Multi-layer design - design principles, strength, columns and pillars - material solutions, properties and design principles.
7. Ceiling construction - an overview, requirements, feedback on the vertical structure, monolithic ceiling. Wreaths and translations - static and design principles, material options, elimination of thermal bridges.
8. Ceiling construction - prefabricated concrete and ceramic. Functional and static requirements binding on the vertical structure.
9. Ceiling construction - prefabricated wooden, steel and combination. Functional and static requirements binding on the vertical structure.
10. Skeletal Systems - monolithic, prefabricated, modular systems combined. Design systems of high-rise buildings - superstructure - principle, material options, indoor facilities - types, functional and static requirements.
11. Design pendant and recessed (balconies, loggias, porches, patios, akrýře, cornices), materials options, static requirements, heat technical problems.
12. The vertical non-bearing walls, partitions requirements. Brick walls, monolithic, prefabricated glass walls and mobile walls. Structural and non-structural parts of buildings - relationships. Expansion joints; vertical non-bearing structures - walls - material and design solutions.
13. Chimney and ventilation units - design principles and implementation. Feed for layout.
Exercise
13 weeks, 2 hours/week, compulsory
Syllabus
1st lesson: Entering the study. S1 layout and design of cellar three-storey office building with a flat roof;
2nd exercise: Entering study. S2- Enter a literature review on the required normative regulations;
Consultation: study. S1
3rd exercise: Entering the drawing no. V1- Proposal stair staircase in a prepared space;
Consultation: study. S1
Consultation: study. S2
4th exercise: Revision of previous task;
Consultation: drawing no. V1
Consultation: study. S2
Submission: study. S1
5th Exercise: Entering the drawing no. V2- implementation plan drawings 1st floor and 2nd floor;
Submission: study. S2
Submission: drawing no. V1
6th exercise: Entering the drawing no. V3- cross sectional drawing of a staircase;
Consultation: drawing no. V2
7th lesson: Entering the drawing no. V4- Enter monolithic ceiling structure;
Consultation: drawing no. V3
Submission: drawing no. V2
8th exercises: Entering the drawing no. V5- The industrial buildings, installation in the field;
Consultation: drawing no. V4
Submission: drawing no. V3
9th Exercise: Entering the drawing no. V6- two technical and two architectural views;
Consultation: drawing no. V5
Submission: drawing no. V4
10 exercise: Entering the study. S3- Technical Report
Consultation: drawing no. V6
Submission: drawing no. V5
11th exercises: Consultation: study. S3
Submission: drawing no. V6
12th Exercise: Submission: study. S3
13th Exercise: Credit