PRZEDMIOTEM OFERTY JEST KOD DOSTĘPOWY DO KSIĄŻKI ELEKTRONICZNEJ (EBOOK)
KSIĄŻKA JEST DOSTĘPNA NA ZEWNĘTRZNEJ PLATFORMIE. KSIĄŻKA NIE JEST W POSTACI PLIKU.
CREEP, SHRINKAGE AND DURABILITY MECHANICS OF CONCRETE AND CONCRETE STRUCTURES contains the keynote lectures, technical reports and contributed papers presented at the Eighth International Conference on Creep, Shrinkage and Durability of Concrete and Concrete Structures (CONCREEP8, Ise-shima, Japan, 30 September - 2 October 2008). The topics covered
- Autorzy: Brak danych
- Wydawnictwo: Taylor & Francis
- Data wydania: 2008
- Wydanie: 1
- Liczba stron:
- Forma publikacji: PDF (online)
- Język publikacji: angielski
- ISBN: 9780203882955
BRAK MOŻLIWOŚCI POBRANIA PLIKU. Drukowanie: OGRANICZENIE DO 2 stron. Kopiowanie: OGRANICZENIE DO 2 stron.
- Back cover
- Table of contents
- Preface
- Organisation
- Micro structural characterization and micro-mechanics of creep and shrinkage
- Heresies on shrinkage and creep mechanisms
- Can nano-models lead to improved concrete? Materials science as the intersection of chemistry and me
- Quantitative microstructural characterisation of cement paste submitted to different moderate temper
- Pore and nano-structural changes in C-S-H during drying at 50 degree C
- Carbonation shrinkage mechanism of a tobermorite-based material
- Drying shrinkage mechanisms of hardened cement paste
- Study on influence of the alkali contents on volumetric change of cement paste due to dry and wet ch
- Stress induced shrinkage of concrete in tension
- Relationship between creep and chemical potential of concrete
- Modelling creep by microstructural changes
- Study of micromechanical behavior of cement paste by integration of experimental nanoindentation and
- Determination of the static elastic constant of concrete derived from the elastic constant of cement
- Micro elastic modulus of blended cement pastes
- Study of the hydration process of quaternary blended cements and durability of the produced mortars
- Multiphase and multi-scale approaches to creep, shrinkage and durability
- Multi-scale modeling to link observed behavior, characterization and analysis
- Multi-scale constitutive model of solidifying concrete coupled with micro-physical properties of cem
- Numerical evaluation of influence of pozzolanic materials on shrinkage base on moisture state and po
- Multi-scale analysis of concrete shrinkage coupling with aggregate properties
- Percolation and creep of concrete at very early age behaviour
- A chemo-poro-visco-elastic modeling approach to predict the autogenous deformation of concrete at ea
- A multiscale viscoelastic model for the creep and shrinkage deformation of cement-based materials su
- Multiscale homogenization method for the prediction of paste creep based on fast Fourier transform
- Effect of cracking on transport of water and gases in textile reinforced concrete
- Effects of loading rate and drying condition on uniaxial tensile stress-strain relationship and crac
- Time-dependent stress and strain in concrete member under restraint drying shrinkage
- Modeling concrete creep as an heterogeneous material combining analytical and numerical approaches
- Nano versus macro creep compliance of concrete
- The solid-liquid gel-system of hardened cement paste
- Polymer cement mixtures with acryl-based additives and fibers: Computer 3D model of microstructure a
- Drying shrinkage and strength gain of concretes with different cement and chemical admixture types
- Coupling effect between temperature and moisture on the deformation of concrete
- Experimental and numerical study of water sorption in cementitious materials
- Numerical modeling of hygro-mechanical behaviors of cement-based material subjected to desiccation
- Influence of microfillers on the rheological and mechanical properties of cement pastes and mortars:
- Creep and shrinkage of early age concrete
- A tentative experimental evaluation on early-age creep
- Study on measurement of concrete stress in structural members by effective stress meter
- Early-age crack monitoring of concrete structures
- Pragmatic (and) scientific characterization of the early ages properties of cementitious materials
- Early age shrinkage strains at various depths of mortar prism specimens
- Autogenous shrinkage development and setting monitoring of slag cement concrete
- Ultrasonic monitoring of setting and autogenous shrinkage development of high performance concrete
- Early-age creep of fly ash, blast furnace slag, and expansive concretes
- Rheological strains of high-performance expansive mortar
- Viscoelastic behaviour and autogenous shrinkage of early age salt concrete used in a repository for
- Early-age viscoelastic behavior of high performance concrete with internal curing
- Study shrinkage behavior of SFRC restrained members exposed to hot climate
- Self-induced stress in reinforced ultra high-strength concrete
- Influence of cement type on restraint stress in concrete at early ages
- Effect of mineral admixtures on shrinkage measured on massive concrete elements
- An experimental study on time-dependent behaviors of early-aged concrete in various curing environme
- A new method for determining the useful curing period
- Experimental study on the setting time of cement paste mixed accelerating admixtures
- Calculations of early restraint stresses of barrier elements made of salt concrete in a repository f
- The experimental research on autogenous shrinkage property of HPC column
- Modelling in the basic creep of concretes at early age: Model identification by a direct test
- Creep model uncertainties in early-age concrete simulations
- Initial stress analysis of expansive material under restrictions based on chemical conservation law
- Interaction between creep and fracture in cement based materials
- Experimental study of concrete behaviour in compression under high level sustained loads
- Experimental study of uniaxial tensile creep of concrete
- Evaluation of cranking potential of high-strength concrete due to autogeneous shrinkage and verifica
- Early age cracking and its influence on the durability of concrete structures
- Cracks in mortar made from low-heat portland cement, fly-ash, and an expansive admixture
- Deformation behaviour of cracked Strain-Hardening Cement-based Composities (SHCC) under sustained an
- Influence of damage on cracking behavior of ductile fiber-reinforced cementitious composite
- Lattice simulation of drying shrinkage of SCC
- A new lattice approach to model diffusion in fractured media
- Prediction of shrinkage cracking for fiber-reinforced concrete
- Evaluation of crack elongation performance of UHP-SHCC as a surface repair material
- Structural mechanics of creep and shrinkage
- Practical prediction of creep, shrinkage and durability of concrete in Japan
- Time-dependent behaviour of a self-compacting VHPC in prebent composite beams for innovative railway
- Numerical analysis of a RC slab considering the combined effect of self-induced stresses and externa
- Numerical analysis of secondary rotated cracking behavior of fiber reinforced cementitious composite
- Statistical analysis of long-term deflections of RC beams
- Experimental investigation of shrinkage influence on tension stiffening of RC beams
- Simulation of creep induced cracking based on sequentially linear analysis
- Modeling creep and shrinkage effects in cracked tensile zones of reinforced concrete
- Advances in creep of concrete filled steel tube members and structures
- Multiscale assessment of early-aged shotcrete linings in NATM tunneling
- Application of early-age concrete behavior prediction models for construction of high performance co
- A fiber model for long-term behavior of reinforced concrete sections
- Influence of passive reinforcement on creep and shrinkage of concrete: Long-term observations
- Behaviour of anchor rods under pullout and relaxation tests
- Long-term deflection monitoring of a cantilever prestressed concrete bridge with intermediate hinges
- Crack control in a massive reinforced concrete foundation slab as concrete sandwich element for a wa
- Creep, shrinkage and durability of new concrete products
- Effect of powder content and viscosity agents on creep and shrinkage of self-compacting concrete
- Influence of the formulation parameters on the autogenous shrinkage of Self-Compacting Concrete (SCC
- Creep and shrinkage of self compacting concrete: Experimental behavior and numerical model
- Influence of paste content on shrinkage and creep of SCC
- Long term deflection of reinforced SCC beams
- Creep and shrinkage characteristics of Ultra High Strength Concrete (UHPC)
- Evaulation of durability and cracking tendency of Ultra High Performance Concrete
- Temperature dependency of autogenous shrinkage of ultra high-strength concrete
- Autogenous shrinkage and time-zero of UHPC determined with the shrinkage cone
- Restrained shrinkage stress development and stress relaxation in low W/B mortars containing ultrafin
- Creep of cracked strain hardening cement-based composites
- Influence of crep deformations on value of long term deflections of steel fiber-reinforced concrete
- Basic creep of steel fibers reinforced composites
- Preliminary investigation of the effect of steel fibers on the tensile creep and shrinkage of ultra-
- Three-dimensional meso-scale analysis for Strain Hardening Cementitious Composites (SHCC)
- Mechanisms of creep in fibre-reinforced Strain-Hardening Cement Composites (SHCC)
- Durability performance of ductile concrete structures
- Experimental study on the self-healing capability of fiber reinforced cementitious composites
- Rheological strains of the compressed concrete elements strengthened with CFRP sheet subjected to cy
- Experimental study on the time dependent flexural behavior of prestressed reinforced concrete beams
- Analysis of creep properties using a flattened indirect tension test for asphalt concrete
- Moisture transmissibility and shrinkage of waterproof concretes
- Visco-elastic properties of concrete mixtures including Super Absorbent Polymers
- Drying shrinkage of recycled concrete
- Recycling of wastes from building demolition in low-shrinkage concretes
- Physico-mechanical and deformation properties of a new cementless fine composite concrete over a 5-y
- Mechanochemical (nanostructural) synthesis of fireproof concrete from natural and secondary mineral
- Author index
- Volume 2
- Table of contents
- Preface
- Organisation
- A study on the properties of concrete containing area
- Reduction of restrained stress in ultra high strength concrete using porous ceramin for internal cur
- Mitigating early age shrinkage of Ultra-High Performance Concrete by using Super Absorbent Polymers
- Autogeneous deformation and resultant induced stress in low-shrinkage high-strength concrete
- Influence of shrinkage-reducing admixtures on autogenous shrinkage and other properties of hardened
- Utilization of Marcopper mine tailings to minimized shrinkage in concrete
- Effect of limestone as aggregate on reducing drying shrinkage of concrete
- Effect of fineness and chemical composition of blast-furnace slag cement on the performance of mass
- Shrinkage crack reducing effects in actual floor slabs by combining SRA and expansive agents in conc
- Experimental evaluation of mitigation of autogenous shrinkage by means of a vertical dilatometer for
- Deterioration kinetics of concrete structures in aggressive environments and its modeling
- Study on the decomposition rate of Friedel's salt and the dissolution rate of carbon dioxide gas in
- Modeling chloride ingress in marine environment concrete
- Effect of slag on transfer parameters and chloride binding isotherms of concrete
- Influence of local climatic conditions on the carbonation rate of concrete
- Effect of mineral admixtures and carbonation on microstructure and chloride diffusion of cementitiou
- Kinetics of ice growth in cement paste
- From nano to macro-modelling freeze-thaw characteristics of cementitious materials
- Study on frost resistance and nano-structural changes in HCP subjected to dry-wet cycles
- Frost-attack on concrete-modeling by the micro-ice-lens model-evaluating by RILEM CIF test
- Mesoscopic simulation of water absorption in frost damaged concrete
- Study on the test method for scaling resistance of concrete exposed to deicing chemicals
- Effect of a high calcite filler addition upon microstructure and freeze/thawing resistance of a mort
- Poro-mechanical properties of heat-treated mortars under confinement
- Strain modeling of heated concrete
- Spalling of concrete due to combined heating and drying
- Effects of polypropylene fibres in concrete under fire conditions
- Fundamental analysis on evaluation for fire-proof performance of concrete
- Analytical study on the ettringite re-generation in concrete due to sulfate erosion
- Study on numerical moel of cracking induced alkali silica reaction
- Delayed Ettringite Fromation and alkali aggregate reaction
- X-ray computed microtomography applied to dried leached cementitious composites
- Study on effect of fine structure of cement hydrate by Calcium leaching using X-ray CT
- Durability mechanics of concrete and concrete structures
- Durability mechanics of concrete and concrete structures-Re-definition and a new approach-
- Systematic approaches and risk management for a better control of the safety and the availability of
- Experimental study of chloride penetration in an RC slab sustaining in-service loads
- Evaluation of corrosion characteristics for embedded rebar in chloride-mixed concrete member
- Study on re-deterioration of patch repair on a salt-damaged concrete bridge
- Prediction of concrete diffuson factor under aggressive environment with GMDH-type neural networks
- Mechanisms of fracture of steel bars in ASR-affected bridge piers
- Study on creep of PC beam damaged by ASR
- Alkali-silica reactivity of recycled aggregate concretes with andrsite crushed stone
- Analytical evaluation of the effects of AAR on structural performance of RC beams and slabs
- Mesoscopic simulation and damage estimation of mortar under high-stress fatigue loading
- Numerical simulations for numbers of freeze and thaw cycles with depth direction from surface of con
- Bond strength of patching repair materials hardening under vibration
- Testing methods of durability related characteristics
- A new stress estimation method considering time-dependent behavior of concrete
- Experimental determination of the stress evolution in a prebent composite steel VHPC beam by means o
- A test method for evaluation of shrinking aggregate based on BET surface area using water vapor-Part
- A test method for evaluation of shrinking aggreage based on BET surface area using water vapor - Par
- Experimental study of concrete creep at intermediate temperatures
- A recent Japanese trial of air-permeability testers for concrete cover - Part 1. Capabilities of in-
- A recent Japanese trial of air-permeability testers for concrete cover - Part 2. Performance-based e
- Monitoring the moisture condition in a tunnel lining with help of MREs
- Design, standard recommendations and codes
- Database of creep and shrinkage based on Japanese researches
- Predicition of creep and shrinkage and their effects in concrete structures: Critical appraisal
- Misprediction of long-time deflections of prestressed box griders: Causes, remedies and tendon layou
- A calculation method for secondary internal stress caused by creep and shrinkage
- Design of viscoelastic heterogeneous ageing growing systems
- Prediction on long-term behavior of high-rise buildings by considering the construction sequence and
- Utilizing construction stages to control bridge movement due to creep and shrinkage
- A study on the cracks dispersible performance of reinforcing materials for R/C member
- Estimation of drying shrinkage cracking in RC wall
- Probability assessments of ACI 318 minimum thickness requirements and the span-to-depth ratio equati
- Shrinkage dependent diagonal cracking strength and size effect of reinforced HSC beams
- Design and construction of a durable and watertight sub-sea tunnel at Palm Jumeirah
- Creep and shrinkage behaviour of concrete supercontainers for radioactive waste disposal
- Parametric sensitivity analysis of different creep shrinkage models for concrete
- Suggestions for improving creep and shrinkage models based on experimental results for high strength
- Effectiveness of various creep prediction models for concrete made of brick chips
- Sensitivity of the models for predicting creep of concrete
- Screening the significance of parameters affecting concrete shrinkage
- Simplified shrinkage-predicition model applicable to high performance concrete
- Influences of environmental factors on shrinkage behavior of concrete
- Evolution of the drying shrinkage of the hydraulic concretes
- Designing concrete with special shrinkage and creep requirements
- Extending service life of high performance concrete bridge decks with internal curing
- Time dependent effects on monolithically constructed roof-wall joints in partially buried service re
- New direction in research of the basic properties of the monolithic concrete
- Determination in the time of the modulus of elasticity of monolithic concrete
- Innovative heat storage concrete systems for solar power plants under medium and high temperatures
- A study of time-dependent deformations in modern concrete
- Analysis of creep and variable loading of a steam turbine blade and life prediction
- Author index
- Table of contents
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