Course Details
Principles of envelope design for low energy buildings
Academic Year 2024/25
BHA028 course is part of 1 study plan
BPC-EVB Winter Semester 3rd year
Suitable design of building shape of energy-efficient buildings.
Solution of vertical and horizontal structures of energy-efficient buildings.
Material solution of the composition of the envelopes for energy-efficient buildings.
Building envelope from renewable building materials.
Special thermal insulation materials.
Wall opening suitable for energy-efficient buildings.
Principles for solving the details of building structures.
Provisoin of airtightness of buildings.
Passive and active use of solar radiation.
Solution of vertical and horizontal structures of energy-efficient buildings.
Material solution of the composition of the envelopes for energy-efficient buildings.
Building envelope from renewable building materials.
Special thermal insulation materials.
Wall opening suitable for energy-efficient buildings.
Principles for solving the details of building structures.
Provisoin of airtightness of buildings.
Passive and active use of solar radiation.
Credits
4 credits
Language of instruction
Czech
Semester
winter
Course Guarantor
Institute
Forms and criteria of assessment
course-unit credit and examination
Entry Knowledge
Basic knowledge of thermal engineering and building envelopes.
Basic Literature
OSTRÝ, Milan a Roman BRZOŇ. Stavební fyzika – Tepelná technika v teorii a praxi. Brno: Ing. Vladislav Pokorný - LITERA, 2014. ISBN 978-80-214-4879-7 (cs)
TYWONIAK, Jan et al. Nízkoenergetické domy 2. Principy a příklady. Praha: GRADA, 2008. ISBN 978-80-247-2061-6 (cs)
BÁČOVÁ, Marie, et al. Manuál energeticky úsporné architektury. Praha: Státní fond životního prostředí ve spolupráci s Českou komorou architektů, 2010 (cs)
TYWONIAK, Jan et al. Nízkoenergetické domy 3 - nulové, pasivní a další. Praha: GRADA, 2012. 204 s. (cs)
ŠUBRT, Roman et al. Tepelné mosty: pro nízkoenergetické a pasivní domy. Praha: Grada, 2011.224 s. (cs)
TYWONIAK, Jan et al. Nízkoenergetické domy 2. Principy a příklady. Praha: GRADA, 2008. ISBN 978-80-247-2061-6 (cs)
BÁČOVÁ, Marie, et al. Manuál energeticky úsporné architektury. Praha: Státní fond životního prostředí ve spolupráci s Českou komorou architektů, 2010 (cs)
TYWONIAK, Jan et al. Nízkoenergetické domy 3 - nulové, pasivní a další. Praha: GRADA, 2012. 204 s. (cs)
ŠUBRT, Roman et al. Tepelné mosty: pro nízkoenergetické a pasivní domy. Praha: Grada, 2011.224 s. (cs)
Offered to foreign students
Not to offer
Course on BUT site
Lecture
13 weeks, 1 hours/week, elective
Syllabus
- 1. Motivation, terminology, definition of categories of energy-efficient buildings, overview of related laws, regulations and standards.
- 2. Architectural solution - orientation to the world sides, recommended layout solution, recommended shape solution, influence of shape solution on energy performance.
- 3. Constructional design - variants of load-bearing structures and pratitions (advantages, disadvantages), importance of thermal bridges.
- 4. Envelope of energy-efficient buildings - principles of design of vertical structures including material variants.
- 5. Envelope of energy-efficient buildings - principles of roof and floor design including material variants.
- 6. Envelope based on the renewable building materials.
- 7. Modern thermal insulation materials.
- 8. Wall openings- used types, methods of anchoring.
- 9. Principles for the solution of details of building structures.
- 10. Air-tightness of buildings - legislation, ways of provision and tests on site.
- 11. Passive and active use of solar radiation, influence of building solution on thermal stability.
- 12. Energy rehabilitation of the envelope - differences compared to new buildings.
- 13. Examples of good practice.
Exercise
13 weeks, 2 hours/week, compulsory
Syllabus
- 1. Assignment of semestral work
- 2.-3. Design of building layout, modifying of an existing object
- 4. Design of the size and location of wall openigs
- 5. Design and calculation of the properties of wall openings
- 6.-7. Design of vertical structures and their assessment
- 8. Design of roof structure and structures in contact with soil
- 9. Calculation of average thermal transmittance
- 10.-12. Design and assessment of selected design details
- 13. Consultations and credit