Ubicazione dei piezometri LNEC (LNEC 1, 2 e 3, nel Rio Seco a · Ubicazione dei . Four test sites have been selected for GABARDINE project . poligon method, and a value of mm using the isohyets. method. LNEC () Proyal with Mecafino Plus finishing: Interior coatings of walls and ceilings (in Portuguese). FEUP, General Direction of National Buildings and Monuments, Porto, pp 55–88 Veiga MR Buildings technical information, ITE before: Senior reasearch at LNEC actual: consulting in metallic materials . Condition assessment is usually carried out using on-site measurements, which are For all the conditions, the influence of temperature (20 to 55 °C) has also .
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This course aims to make the future engineers aware of the problematic of fires safety in buildings.
It also aims to give an insight to the basic concepts of the “Fire Engineering”, and to acquaint students with the current techniques, as well as Portuguese legislations related with safety. In today’s world, quality, safety and environmental concerns are compelling.
In the safety subject, the problem of fire assumes a relevant position. In a civil engineering course will be particularly concerned to Fire Safety in Buildings. On the other hand, it is a technical subject regulated for many years, whose provisions cannot be ignored by civil engineers, with the aggravating circumstance that there has been, recently, a profound remodeling of the legislation. The concepts of the discipline also fall under the project activity of fire safety, activity of a Civil Engineer.
Deepening and completion of basic training in physics acquired in Construction Physics. Awareness among future engineers to the itw of FSE. Provide them with an approach to fundamental concepts and principles of physics and chemistry of “Fire Engineering”.
Familiarize them with current techniques, as well as legislation and standardization in Portugal, concerning of fire safety in buildings.
Provide them the capacity to identify and resolve problems in FSE. Application from the perspective of the designer of legislation and knowledge. It is intended to provide a vision as broad as possible to requirements and legislatives requirements. Describe the key concepts of “Fire Engineering”: Functional and legislatives requirements.
Evaluation of buildings evacuation. Interpret and manipulate the elements designed and written that are part of construction designs and in particular the specialty of FSE; identifying the characteristics of building elements and link them to indicators of performance parameters in terms of FSE. Interpret and manipulate standards and codes. Solving concrete problems of FSE conception and design of solutions ; establish processes for mapping different conceptual and constructive solutions in order to identify the most efficient from the points of view you want.
Select commercial information, standards and scientific data to implement the legislative measures and standards. To propose new solutions to increase the FSE and its sustainability in the short and long term; to formulate proposals for changes in procedures or strategies in FSE.
Structuring the knowledge to be applied legislation, standards, classificationsdescription of materials and construction elements, performance evaluation. Dealing with real elements of design and implement FSE. Identify sources of technical and scientific references accessible in the Web FEUP library and the global databases that automatically have access and check its applicability in the national context.
Meet and contact information provided by companies and reflect on its applicability in practice of national legislation. The topics to be addressed in the course are organized into two major parties and in 10 main chapters: Combustion and fuels 1.
Types of fires 1. Theory of fire control Chapter 2 – Fire compartment 2. Evolution of the fire 2. Spread Chapter 3 – Behavior of the construction materials 3. Properties of materials at high temperatures 3.
Reaction to fire of materials Chapter 4 – Behavior of the construction elements 4. Previous system of classification of fire resistance in force until 4. Current system European Classification of fire resistance 4. Codes Chapter 6 – Calculation to fire of the structures 6.
Fire Safety Buildings
Reinforced concrete structures 6. Timber structures Chapter 7 – General disposals of safety itf. Fire behavior, jte and protection 7. Smoke Control Chapter 8 — Fire detection and alarm 8. Central alarm onec control Chapter 9 – Means of extinguishing 9. Portable fire extinguishers 9. Fixed extinguisher systems for water 9. Special Fixed extinguisher itf Chapter 10 – Organization and management of safety Self-protection measures in buildings Risk management Where applicable, we will connect the FSE subject to construction, particularly in the achievements of the technological point of view.
In each chapter will be given clues to deepen. It also aims to give an insight to the basic concepts of the “Fire Engineering”, and to acquaint students with current techniques, as well as Portuguese legislations related with safety.
Theoretical presentation illustrated with the projection of transparencies, PowerPoint and practical examples. Theoretical-practical classes will be based on the resolution of real problems, by applying theoretical knowledge previously given. The following cases are exempted from the attendance requirements: Evaluation only with final exam.
FEUP – Fire Safety Buildings
The evaluation, in addition to the final exam, is made through 1 component: Content tecla de atalho: Other occurrences See Lesson Summaries Exams. Fire Safety Buildings Code: Teaching – Hours Lectures: Recommend this page Top.
Master in Civil Engineering.