References
- [1] NE 014 – “Norms for execution of Portland cement concrete pavements in fixed or sliding formworks”
- [2] EN 13877 – 1:2013 – “Concrete pavements. Part 1: Materials”
- [3] Al-Qadi, Scarpas & Loizos (eds) – “Pavement Cracking” – Taylor & Francis Group, London, ISBN 978-0-415-47575-4, 2008
- [4] STAN JERCAN – “Concrete roads”, Corvin Publishing House, 2002
- [5] AMERICAN CONCRETE INSTITUTE (ACI) – “State–Of–The–Art Report on Fiber Reinforced Concrete”,2002
- [6] EUROPEAN READY MIXED CONCRETE ORGANISATION (ERMCO) – “Guidance to fiber concrete – Properties, Specification and Practice in Europe”,sept. 2002
- [7] EN 196 – 1 – “Methods of testing cement. Part 1: determination of strength”
- [8] SR EN 12350 – 7 – “Testing fresh concrete. Part 7: Air content – Pressure methods”
- [9] EN 12390 – 5:2001 – “Testing hardened concrete. Part 5: Flexural strength of test specimens”
- [10] EN 12390 – 3:2009 – “Testing hardened concrete. Part 3: Compressive strength of test specimens”
- [11] SR 2833 – 2001 – “Testing on concretes. Determination of the axial shrinkage of hardened concrete.”
- [12] EN 12390 – 13:2014 – “Testing hardened concrete. Part 13: Determination of secant modulus of elasticity in compression”
- [13] Technical manual MACCAFERRY – “Fibers as structural element for the reinforcement of concrete”
- [14] DOT – FAA – “Polypropylene Fibers in Portland Cement Concrete Pavements”, DOT/FAA/RD – 92/9, 1992
- [15] Buletin Tehnic Rutier 2:2002
- [16] NP 034 – 99 – “Normative for design of rigid pavements for airports”
- [17] NE 044 – 2000 – “Normative for evaluating the pavement`s bearing strength for airports”