BenturA., Mindess S.i Fibrę reinforced cementitious composites. Elsevier Applied Science, London and New York, 1990
Google Scholar

Brandt A . M. : Cenieni based composites: materia Is, mechanical properties and performance.
Google Scholar

E & FN SPON, London 1995
Google Scholar

ACI Commhtee 544: Fiber Reinforced Concrete. ACI 544.1 R-9Ó, ACI, Farmington Mills, 1996
Google Scholar

JamrożyZ.: Betony ze zbrojeniem rozproszonym (co projektant konstrukcji wiedzieć powinien). Materiały XVII Ogólnopolskiej Konferencji "Warsztaty Pracy Projektanta
Google Scholar

Konstrukcji", Tom I, Ustroń 2002
Google Scholar

Generalna Dyrekcja Dróg Publicznych; Wymagania techniczne wykonania i odbioru fibrobetonu z włóknami stalowymi do naprawy obiektów mostowych. WTW nr 5 M/91,Warszawa 1991
Google Scholar

Brandt A.M., Kasperkiewicz J., Glinicki M A.'. Instrukcja do badań atestacyjnych włókien metalowych do betonu. IPPT PAN, Warszawa 1996
Google Scholar

Kasperkiewicz J.: Struktura uzbrojenia w kompozytach z włóknami rozproszonymi, Mechanika kompozytów betonopodobnych. Konferencja naukowa- Jabłonna 1979. Ossolineum, Wrocław 1982
Google Scholar

[KJ Śliwiński J., Zych T.: Contact zone between cement pastę and fibrę and its influence on the watcr permeability of fibrę reinforced concrete. Brittle Matrix Compositcs-5, Eds. A.M.Brandt, V,C.Li and LH.Marshalt, Bigraf & Woodhead, Warsaw 1997
Google Scholar

Casanovą P.: Betons renforces de fibres metalliques: du materiau a la structure. Praca doktorska, LCPC, serie OA, no 20, Paris 1996
Google Scholar

Glinicki M.A.: Badanie właściwości fibrobetonu z włóknami stalowymi z odpadów przemysłowych. Inżynieria i Budownictwo, nr 4/1984
Google Scholar

] JamrożyZ.: Analiza dobom składu drutobetonu do nawierzchni. Konferencja naukowo-
Google Scholar

techniczna MATBUD 2000, Kraków 2000
Google Scholar

Brandt A.M.r Glinicki M. A.: Investigation of the flexural toughness of fibrę reinforced
Google Scholar

composites (FRC), Archives of Civil Engineering, Vol. XLV, 3/1999
Google Scholar

Ładyźyński K., Nowowiejski G.: Wyniki badań betonu zbrojonego włóknem stalowym.
Google Scholar

Hydrobudowa-1 Bet.-Lab., Warszawa 2001
Google Scholar

Glinicki M A., WysokowskiA., Zurawicka A:. Mechanical properties of fibrę-reinforced
Google Scholar

concrete for thin repairs of concrete pavements, Brittle Matri?; Compositcs-6, Eds. A.M.Brandt, V.C.Li and I.rLMarshall, ZTUREK RSI & Woodhead, Warsaw 2000
Google Scholar

HillerborgA.; Analysisof fracture by means of fictitious crack modek Int. Journal of Cement Composites, 2 (4), 1980
Google Scholar

Naaman A.E., Guerrero P. A new methodology to determine bond of micro-fibers with cement composites. Brittle Matrix Composites-6, Eds. A.M.Brandt, V.C.Li and I.H.Marshall, ZTUPvEK RSI & Woodhead, Warsaw 2000
Google Scholar

Marti P., Pyfl T., Sigrist V., Ulaga T. : Harmonized test procedures for steel - fiber reinforced concrete. ACI Materials Journal, V.96, No.6, 1999
Google Scholar

Standard Test Method for Flexural Toughness and First-Crack Strength of Fiber/Re-inforced Concrete (Using Beam With Third-Point Loading). ASTM Cl018-97, ASTM International, 01-Nov-1997
Google Scholar

Standards for Test Methods of Fiber Reinforced Concrete, SF-4 - Method of Test for Flexural Strength and Flexural Toughness of Fiber Reinforced Concrete. Concrete Library No.50, Japan Society of Civil Engineers, 1984
Google Scholar

Essais des betons renforces de fibres - Essai de flexion sur eprouvettes prismatiąues. Normę Belge NBN B 15-238, INB 1992
Google Scholar

RILEM TC162-TDF : Test and design methods for steel fibrę reinforced concrete, Recommendations: Bending test. Materials and Structures, 33, Jan.-Feb. 2000
Google Scholar

Swedish Concrete Association, Steel Fibrę Reinforced Concrete -Recommendations for Design, Construction and Testing. Concrete Report No.4, Stockholm 1997 (w języku
Google Scholar

szwedzkim)
Google Scholar

Banthia N., Trottier J.F.: Concrete reinforced with deformed steel fibres. Part II. Toughness characterization. ACI Materials Journal, 92, 2, 1995
Google Scholar

de Figueiredo A.D., NunesN.L., TanesiJ.: Mix design analysis on steel fiber reinforced
Google Scholar

concrete. Fibrę Reinforced Concretes (FRC) BEFIB'2000, Eds. P.Rossi and G.Chanvillard, RILEM Publ., Cachan 2000
Google Scholar

GlinickiM.A., Litorowicz A., Zieliński M. Interpretacja badań odporności fibrobetonów
Google Scholar

na pękanie przy zginaniu. XLVII Konferencja Naukowa KILiW PAN i KN PZITB, Krynica 2001, Tom 1
Google Scholar

Legeron F., PaultreP:. Prediction of modulus of rupture of concrete. ACI Materials Journal, 97, 2, 2000
Google Scholar

Ósterreichische Vereinigung fur Beton und Bautechnik : Richtlinie Faserbeton. Wien, Marz 2002
Google Scholar

Ramakrishnan V.: Construction and performance evaluation of steel fiber reinforced concrete pavement. Fiber Reinforced Concrete - Modem Developments, University of British Coulombia, Vancouver 1995
Google Scholar

Johnston CD:. Fiber reinforced concrete applications in Alberta. Fiber Reinforced Concrete - Modem Developments, University of British Coulombia, Vancouver 1995
Google Scholar

BeckettD.: Thickness design of concrete industrial ground floors. Concrete, July/August
Google Scholar

Google Scholar

FalknerH., HuangZ., Teutsch M:. Comparative study of plain and steel fiber reinforced
Google Scholar

concrete ground slabs. Concrete International, January 1995
Google Scholar

Google Scholar

Michał A. Glinicki
Google Scholar

Concrete Society : Concrete Industrial Ground Floors - A guide to their Design and Construction. Concrete Society Technical Report No 34, Slough 1994
Google Scholar

Steel fibrę reinforced industrial floor design in accordance willi the Concrete Society TR 34 N.V. Beltaert S.A,, Zwevegem -Belgium, 2001
Google Scholar

RILEM TC162-TDF : Test and design methods for steel flbre reinforced concrete, Recommendations: a-E design method. Materials and Structures, 33, Marcli 2000
Google Scholar

Yandewalle L., Dupont D. Prediction of crack widths in ordinary reinforced concrete
Google Scholar

elements contaimng steel fibres. Brittle Matrix Composites-ó, Eds. A.M.Brandt, V.C,Li and ITLMarshall, ZTUREK RSI & Woodhead, Warsaw 2000
Google Scholar