Fülszöveg
KEEP CONCRETE ATTRACTIVE
Concrete is an excellent structural material especially owing to its variety in properties, wideraitoof,!.^ applicability and reasonable price. The past 150 years taught us how to deal with this mater^jjiBow i to develop it for the increasing requirements. Significance of concrete seems to be incSfÄJffWen if new types of steel, aluminium, timber and glass products appear.
Concrete was and is, however, attractive in many ways. Just remember to its constituent materials available from many local sources, unlimited forms, constructability, economy and aesthetics. We should only keep the significance of concrete by reaching its favourable performance.
Concrete is an always developing material meeting the needs for the technology and for the material itself
Attractiveness of concrete as a structural material is understood and demonstrated by the engineers and architects in different ways. The various fields are Attractiveness of concrete structures,...
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Fülszöveg
KEEP CONCRETE ATTRACTIVE
Concrete is an excellent structural material especially owing to its variety in properties, wideraitoof,!.^ applicability and reasonable price. The past 150 years taught us how to deal with this mater^jjiBow i to develop it for the increasing requirements. Significance of concrete seems to be incSfÄJffWen if new types of steel, aluminium, timber and glass products appear.
Concrete was and is, however, attractive in many ways. Just remember to its constituent materials available from many local sources, unlimited forms, constructability, economy and aesthetics. We should only keep the significance of concrete by reaching its favourable performance.
Concrete is an always developing material meeting the needs for the technology and for the material itself
Attractiveness of concrete as a structural material is understood and demonstrated by the engineers and architects in different ways. The various fields are Attractiveness of concrete structures, Innovative materials and technologies for concrete structures, Modelling of structural concrete, Sustainable concrete structures. Préfabrication, Fire design of concrete structures intend to demonstrate various aspects of its attractiveness.
Remember: keep concrete attractive.
György L. Balázs
PhD, Dr. habil, professor in structural engineering, head of Department of Construction Materials and Engineering Geology at the Budapest University of Technology and Economics. His main fields of activities are: experimental and analytical investigations as well as modelling of reinforced and prestressed concrete, fiber reinforced concrete (FRC), fiber reinforced polymers (FRP), high performance concrete (HPC), bond and cracking in concrete and durability. He is convenor offib Task Groups on "Serviceability Models" and "fib seminars". In addition to he is a member of several fib, ACI, and RILEM Task Groups or Commissions. He is president of the Hungarian Group offib and member offib Presidium.
Adorján Borosnyói
MSc (CEng), PhD, senior lecturer at the Budapest University of Technology and Economics. His main fields of interest: serviceability and durability of reinforced concrete and prestressed concrete structures, application possibilities of non-metallic (FRP) reinforcements in reinforced or prestressed concrete, bond in concrete, strengthening with advanced composites. In his PhD Thesis he deals with serviceability of CFRP prestressed concrete members. Member offib TG 4.1 "Serviceability Models" and the Hungarian Group of/76.
ISBN 963 420 837 1 Ö ISBN %3 420 838 X
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