Construction Materials I

Code:

EC0024

Acronym:

MCON1

Keywords
Classification	Keyword
OFICIAL	Materials

Instance: 2006/2007 - 1S

Active?	Yes
Responsible unit:	Construction Materials Division
Course/CS Responsible:	Master in Civil Engineering

Cycles of Study/Courses

Acronym	No. of Students	Study Plan	Curricular Years	Credits UCN	Credits ECTS	Contact hours	Total Time
LEC	4	Plano de estudos de transição para 2006/07	3	5,5	5,5	60	145
MIEC	244	Syllabus since 2006/2007	3	-	5,5	60	145
		Plano de estudos de transição para 2006/07	3	-	5,5	60	145

Teaching language

Portuguese

Objectives

This course provides general knowledge on different kinds of building materials, namely: steel, aggregates, wood, ceramics, glass and polymeric materials. Special emphasis will be put on steel and aggregates as components for mortar and concrete.
Basic characteristics and main applications.

Program

This course provides general knowledge on different kinds of building materials namely: steel, aggregates, wood, ceramics, glass and polymeric materials. Special emphasis will be put on steel and aggregates as components for mortar and concrete.
Basic characteristics and main applications.
INTRODUCTION TO BUILDING MATERIALS
Classification and applications. Basic properties. Testing as study basis. Acceptance and research testing. Non-destructive testing. Result accuracy.
METALLIC MATERIALS: Steel. The most important application in Civil Engineering: reinforcement. History of steel production including Blast Furnace. Blast Furnace raw materials, pig iron production and the by-product slag and its applications : the by-products: slag, charge, applications. Pig iron, properties and applications. Steel refining. Present steel production in electric arc-furnace steel works. Environmental issues and steel production. Continuous casting and lamination. End products and product qualification. Steel production in SN (Maia): scrap as raw material, scrap yard, basket transporters, furnace feeding, arc furnace, scrap fusion, oxygen and coke feeding, steel and slag production, ladle furnace, refining, continuous casting, lamination, end products. Steel treatment. Tempcore. Prestressing steel – production: pickling, phosphating, wire drawing and stabilization. LNEC E452 specification. Properties and tests. Mechanical tests. Steel tensile test. Standard equipment. Classification of steel. NP EN 10002 standard.
Toughness and resilience. Strength and ductility indicators. Hardness testing: Shore, Brinell, Meyers, Vickers and Rockwell. NP EN 10 003-1 standard. REBAP and REAE (Reinforced concrete and steel structures standard in Portugal). Bending test. NP173 and requirements (REBAP, REAE and Eurocode). Steel fatigue and tests. Types of tests. Steel corrosion. Anodic and cathodic reaction. Consequences of corrosion. Types of corrosion –pitting, general and stress corrosion. Steel normalization – REBAP, REAE, EC and specifications of the LNEC referring to concrete reinforcement: E449, E450, E455 and E460 specifications.
WOOD: Introduction. Wood use – advantages and disadvantages. Softwood and hardwood. Species. Production. Physical and mechanical properties of wood – Introduction. Standards. Types of wood. Physical properties: humidity. Shrinkage.
Specific gravity. Thermal expansion. Electrical and thermal conductivity. Flammability. Mechanical properties of wood: Old approach regarding small test specimens with no flaws. Present approach: Test specimens of structural dimension and with flaws. European standards.
AGGREGATES: Classification. Properties: grading, mix and separation, fineness modulus; particle shape; strength of parent rock, crushing and abrasion strength tests, tests on individual particles and comparative tests; resistance to drying-wetting; resistance to freezing: thermal properties. Cement-aggregate interface. Expansive reactions between cement and aggregate. Pernicious substances in aggregates: Organic; salts; fine, weak, light and unsound particles. Determinations needed for mix-design: specific gravity, humidity and water content. Correction of mixing water.
CERAMICS: clay: composition; classification; properties – plasticity, dry strength, thermal action, porosity, impurities. Production of ceramics: quarry operations, treatment of raw-materials; modelling; drying; burning. Ceramic poducts: general classification; clay materials – bricks, roofing tiles, shackles and clay tiles; glazed earthenware: glazed tiles, lavatories; refractory materials; strength of brick masonry, displacement of clay and glazed tiles.
GLASS: composition; properties; classification; applications.
POLYMERIC MATERIALS: constitutive polymers. Structures; functions; physical, mechanical and hydraulic properties. Testing for property control.

Main Bibliography

Materiais Poliméricos - Polímeros Constituintes, Estruturas, Funções e Propriedades. M.Lurdes Lopes (2002)
Materiais de Construção. Agregados para Argamassas e Betões. Coutinho, J.S., FEUP (1999)
Materiais de Construção. Madeiras. Coutinho, J.S., FEUP (1999).
Fabrico e Propriedades do Betão (Vol. 1). Coutinho, A.S., LNEC (1998)
Materiais de Construção 1 – Aços. Bastos, A.M.S.T., FEUP (1998)
Ensaios Tecnológicos dos Aços. Teles, M., FEUP (1997)
Materiais de Construção. Petrucci, E., Editora Globo (1993)
Normas específicas e fichas em vigor.
Consultar página da disciplina no SIFEUP

Complementary Bibliography

Ensaios Mecânicos de Materiais Metálicos. Sérgio Augusto de Souza. Ed. Edgard Blucher Ltd.
Tecnologia Mecânica. Materiais de Construção Mecânica (Vol III). Vicente Chiaverini. Ed McGraw-Hill.
Aços. Características e Tratamentos. Pinto Soares, Ed Livroluz

Evaluation Type

Evaluation with final exam

Assessment Components

Description	Type	Time (hours)	Weight (%)	End date
Subject Classes	Participação presencial	56,00
	Total:	-	0,00

Observations

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Working time estimated out of class: 3 hours