Course detail

Technology of construction works II

FAST-SW02Acad. year: 2024/2025

·The subject links to the Technology of constructions I. and it includes area of building processes linked with erection of constructions, inner and finishing works. The main part is reserved for crafts works with high time and coordination demands, s.c. associated building operations (PSV). The importance of knowledge of these processes is given by the fact that they represent more than a half of the labour requirements and financial costs needed for the construction realisation in the civil engineering area. They also significantly affect the function, useful value and quality of the construction. The characteristic feature of these processes is their dispersion into more than thirty crafts differing in type. They are an integral par of the construction process and they require a very good coordination and control activity. This is not possible without knowledge of their contents, technology requirements and links.

Language of instruction

Czech

Number of ECTS credits

3

Mode of study

Not applicable.

Guarantor

Ing. Barbora Kovářová, Ph.D.

Department

Institute of Technology, Mechanisation and Construction Management (TST)

Entry knowledge

Knowledge of building design principles.

Rules for evaluation and completion of the course

Extent and forms are specified by guarantor’s regulation updated for every academic year.

Aims

·To teach the student to apply individual processes of carcass substructure and superstructure, installation process and finishing works in practice and to deal with particular problems at individual examples.
The students will master the objective of the Technology of Building Operations course II, i.e. they will acquire knowledge of selected building processes and their construction readiness, of the needs of the process resources, erection procedure and safety, quality and environmental requirements.

Study aids

Not applicable.

Prerequisites and corequisites

Not applicable.

Basic literature

Kočí: Technologie domovních instalací. VUT Brno 2000
Prof. Ing.František Musil,CSc. a kol.: Technologie pozemních staveb I – návody do cvičení. VUT v Brně, Fakulta stavební 2002
Prof. Ing.František Musil,CSc., Ing.Karel Tuza,CSc: Ateliérová tvorba – Stavebně-technologické projekty hrubé vrchní stavby. VUT v Brně, Fakulta stavební 1992
Prof.Ing.Bohumil Kočí,CSc. a kol.: Technologie pozemních staveb I. Nakladatelství VUT v Brně 1991
Zapletal a kol: Technologie staveb. Dokončovací práce1,2. STU Bratislava 2004

Recommended literature

Doc. Musil a kol.: Provádění pozemních staveb - Procesy vnitřní a dokončovací I. a II.. SNTL Praha 1988
Doc.Ing.Čeněk Jarský,DrSc., Prof.Ing.František Musil,CSc. a kol.: Technologie staveb II. - Příprava a realizace staveb. Akademické nakladatelství CERM s.r.o. 2003
Doc.Ing.Ivan Juríček,PhD.: Technologie pozemních staveb - Hrubá stavba. Jaga group 2001
Ing.Josef Ladra, Prof.Ing.František Musil,CSc. a kol: Technologie staveb 11 – realizace železobetonové monolitické konstrukce budov. ČVUT v Praze 2002
Prof.Ing.Ivan Zapletal,DrSc., Prof.Ing.František Musil,CSc. a kol.: Technologie staveb – dokončovací práce 1. STU v Bratislavě 2002

Type of course unit

 

Lecture

13 hod., optionally

Teacher / Lecturer

Ing. Barbora Kovářová, Ph.D.

Syllabus

1. Assembly processes. Principles of production, transportation and storing of semi-products. Assembly of buildings of reinforced concrete semi-products. Readiness of the site for assembly. Assembly procedures, cranes, optimisation of their selection. Quality requirements for assembled structures. 2. Assembly of steel structures. Production of structural elements, principles of haulage and storage. Readiness of the site for assembly, pre-assembly areas. Optimisation of assembly methods and procedures. Requirements for quality and accuracy of assembled structures. 3. Introduction into the sphere of inner and finishing processes, their analysis, demands, technology level. Sequence of individual processes, links, necessary technology breaks. 4. Principles of partitions execution – masonry, made of glass blocks and assembled of segments and skeletal. Readiness of construction, flow-charts, tests, quality control. 5. Installation processes. Establishment of inner sewage system. Water and central heating distributions. Installation of inner gas duct and air handling distributions. Systems, material options, readiness of construction, assembly processes, principles of connecting. 6. Execution of building water, heat, noise, vibration insulations and insulations against chemical impacts. Flow-charts, readiness of constructions, links, quality control, tests. 7. Assemblies of opening fillings – windows, door panels, locksmith product packing, built-in furniture panels etc. Readiness of construction, working procedures, types of anchoring. Quality requirements. 8. Building structure surface treatment – interior plasterwork and external coatings, types, flow-charts, readiness of the background, technology breaks, flatness requirements, quality inspection. 9. Technology of contact warm padding building claddings, systems, flow-charts. Background preparation, principles of execution of thin-coat reinforcement plasters. Quality conditions. 10. Execution of interior and external linings, systems, technology procedures, requirements for construction readiness. Contact and grid linings. Quality requirements, quality inspection method. 11. Establishment of ceiling soffits. Systems, readiness of the base, technology procedures. Time demand. Flatness requirements and their inspection. 12.Laying of floors and paving. Types, material options. Working procedures, requirements for technology breaks. Quality requirements and their inspection. 13. Paintings and wall, timber and steel structure coatings. Types of painting and coating materials, their classification and applicability. Requirements for the base, application method, quality inspection. Completing of craft works, installation of fittings, fixing technology. Test and inspection reports, necessary inspections for the final building acceptance.

Exercise

26 hod., compulsory

Teacher / Lecturer

Ing. Barbora Kovářová, Ph.D.