Upon successful completion of the course students are expected to:
- Understand the fundamental principles regarding fire (fire development and spreading).
- Take into account the fire enclosure dynamics issues and their complexity.
- Obtain the necessary scientific background which concerns the adequate design of buildings against fire.
- Be aware of the National Regulations about the Fire Safety of Building Structures.
- Analyse building structures against fire actions based on the Eurocodes (part 1-2).
- Be efficient to link theoretical knowledge with practice.
Course Content (Syllabus)
Nowadays, the consideration of issues regarding the fire safety of buildings is essential. The proper decisions concerning the design of buildings, as well as the implementation of fire-protection measures can modify fundamentally the fire and smoke propagation within buildings. As it is clear, the role of civil engineers is decisive in this direction.
The objectives of the courses are as follows:
- Holistic approach of building science and influential parameters of building design.
- Fundamental principles of fire.
- Evolution of fire technique.
- Justification-standing-extent-results-damages-cost-statistics of fire.
- Fire phenomena figures.
- Ignition in natural combustions.
- Elements of fire.
- Fire triangle and control/suppression of fire.
- Combustion types.
- Controlled combustion.
- Heat transfer and mechanisms.
- Thermal inertia.
- Description of fire development-evolution phases (fire stages).
- Fire actions in the building sector.
- Influence of extreme temperatures on the thermophysical and mechanical properties of materials.
- Enclosure fire dynamics.
- Central aspects and principles of buildings’ fire protection (building design directions and decisions).
- Basic approaches of buildings’ fire protection (building design measures and methods).
- Basic terminology of fire safety engineering.
- Building categories.
- Framework of fire safety regulations in Greece (national legislation).
- Structure and content of studies regarding the fire safety passive design of buildings.
- Active fire safety in buildings: Methods, means and systems to detect/extinguish fire.
- Reaction to fire tests and fire resistance tests.
- Analytical methodologies to determine the fire resistance of building components.
- Assessment of fire heat loads in building structures.
- Eurocode 1.
- Fire safety engineering software.
Heat transfer, Thermal inertia, Fire phenomena, Elements-parameters of fire, Fire triangle, Combustion forms, Fire ignition, Fire development and evolution, Fire phases/stages, Enclosure fire dynamics, Building material properties, Thermo-chemistry, Resistance to fire, Reaction to fire, Smoke, Human behaviour, Statistics of fire, Fire protection of buildings, Building design measures and methods, Passive measures, Active measures, Evacuation of buildings, National fire safety regulations of buildings, Eurocode 1, Simulation/Analysis software, FDS (PyroSim & Pathfinder)
Additional bibliography for study
 James G. Quintiere, "Βασικές Αρχές Συμπεριφοράς της Φωτιάς", Εκδόσεις ΙΩΝ, Αθήνα (2000).
 Κυριάκος Κ. Παπαϊωάννου, "Εισαγωγή στην Πυροπροστασία των Κατασκευών", Εκδόσεις University Studio Press, Θεσσαλονίκη (1986).
 Προεδρικό Διάταγμα Υπ’ Αριθμόν 41 (Φ.Ε.Κ. 80 / Τεύχος Α’ / 07-Μαΐου-2018) "Κανονισμός Πυροπροστασίας Κτιρίων", Αθήνα Μάϊος 2018.
 EN 1991-1-2, Eurocode 1: Actions on Structures – Part 1-2 “General Actions – Actions on Structures Exposed to Fire”, European Standard: Brussels November2002.