Description
The International Symposium in Brittle Matrix Composites October 13-15, 2003 covers a wide spectrum of topics including cement based composites, ceramic composites and brittle polymer matrix composites. In the papers various topics and issues are considered such as: analytical and numerical studies related to the design of composites, prediction of behaviour and verification of strength and stability, testing methods, manufacturing processes and repair, environmental effects and durability assessment. The present volume of 55 papers proves that there are still many problems in the field of brittle matrix composites deserving theoretical and experimental investigations and that new solutions to these problems are needed for practical application in civil engineering, industrial structures, machinery and other domains.
Chapter
CHAPTER 2. DESIGN OF ENGINEERED CEMENTITIOUS COMPOSITES (ECC) FOR PROCESSING AND WORKABILITY REQUIREMENTS
pp.：
44 – 52
CHAPTER 3. DRYING SHRINKAGE AND CRACK WIDTH OF ENGINEERED CEMENTITIOUS COMPOSITES (ECC)
pp.：
52 – 62
CHAPTER 4. TIME-DEPENDENT RESPONSE OF HIGHLY DUCTILE FIBER-REINFORCED CEMENT-BASED COMPOSITES
pp.：
62 – 72
CHAPTER 5. PRELIMINARY FINDINGS ON SIZE EFFECT IN ECC STRUCTURAL MEMBERS IN FLEXURE
pp.：
72 – 82
CHAPTER 6. STATIC AND DYNAMIC PROPERTIES OF DRY AND WET CEMENT MORTAR
pp.：
82 – 90
CHAPTER 7. INVESTIGATION OF STATIC AND DYNAMIC LOADING OF DIOXIDE-ZIRCONIUM CERAMICS AND ZIRCONIUM ALUMINA CONCRETE
pp.：
90 – 96
CHAPTER 8. THERMAL SHOCK CRACK PROPAGATION IN FUNCTIONALLY GRADED STRIP
pp.：
96 – 106
CHAPTER 9. EXPERIMENTAL TESTING OF CONCRETES SUBJECTED TO IMPACT AND EXPLOSIVE LOADS
pp.：
106 – 116
CHAPTER 10. APPLICATION OF UV IMAGE ANALYSIS FOR EVALUATION OF THERMAL CRACKING IN CONCRETE
pp.：
116 – 126
CHAPTER 11. ASSESSING DAMAGE LOCALIZATION IN CONCRETE CYLINDERS TESTED IN COMPRESSION
pp.：
126 – 136
CHAPTER 12. QUANTITATIVE DAMAGE ANALYSIS OF CONCRETE
pp.：
136 – 144
CHAPTER 13. IMPLICATIONS OF THE LAW OF AGGREGATION OF MATTER IN CONCRETE TECHNOLOGY
pp.：
144 – 158
CHAPTER 14. THE INFLUENCE OF PARTICLE SIZE DISTRIBUTION ON THE MICROSTRUCTURE OF MODEL CEMENT
pp.：
158 – 168
CHAPTER 15. ASSESSMENT OF DETERIORATED CONCRETE COVER
pp.：
168 – 178
CHAPTER 16. MEASUREMENT OF THE DURABILITY OF GLASS FIBRE REINFORCED CONCRETE AND INFLUENCE OF MATRIX ALKALINITY
pp.：
178 – 188
CHAPTER 17. BRIDGE RECONSTRUCTION WITH ONE LAYER CONCRETE OVERLAY
pp.：
188 – 196
CHAPTER 18. CEMENT-BASED THIN BONDED OVERLAYS: NUMERICAL STUDY OF THE INFLUENCE OF BOND DEFECTS AND FIBRE REINFORCEMENT
pp.：
196 – 206
CHAPTER 19. DEBONDING OF FRC COMPOSITE BRIDGE DECK OVERLAY
pp.：
206 – 216
CHAPTER 20. MULTI-EXPONENTIAL MODELS AS DESCRIPTIVE TOOLS FOR PLAINCONCRETE AND FRC
pp.：
216 – 226
CHAPTER 21. DESIGN EQUATIONS TO PREDICT THE ULTIMATE PUNCHING SHEAR STRENGTH OF SLAB-COLUMN CONNECTIONS
pp.：
226 – 238
CHAPTER 22. Mechanical Properties of Concrete Reinforced with AR-Glass Fibers
pp.：
238 – 248
CHAPTER 23. BEHAVIOUR OF GLASS-FILAMENT-YARNS IN CONCRETE AS A FUNCTION OF TIME AND ENVIRONMENTAL CONDITIONS
pp.：
248 – 258
CHAPTER 24. DESIGN OF HYBRID-FIBER REINFORCEMENT FOR SHRINKAGE CRACKING BY CRACK WIDTH PREDICTION
pp.：
258 – 268
CHAPTER 25. THE CRACKING BEHAVIOUR OF SFRC BEAMS CONTAINING LONGITUDINAL REINFORCEMENT
pp.：
268 – 278
CHAPTER 26. TENSILE BEHAVIOR OF A RECYCLED CONCRETE
pp.：
278 – 284
CHAPTER 27. TOUGHENING MECHANISMS IN CONCRETE: INFLUENCE OF AGGREGATE TYPE
pp.：
284 – 292
CHAPTER 28. FAILURE OF NORMAL AND HIGH STRENGTH CONCRETE UNDER MONOTONIC AND CYCLIC TENSILE LOADING
pp.：
292 – 302
CHAPTER 29. THE USE OF VISCOSITY ENHANCING ADMIXTURES TO IMPROVE THE HOMOGENEITY OF FIBRE DISTRIBUTION IN STEEL FIBRE REINFORCED CONCRETES
pp.：
302 – 316
CHAPTER 30. OPTIMISATION OF THE RHEOLOGICAL AND FRACTURE MECHANICAL PROPERTIES OF LIGHTWEIGHT AGGREGATE CONCRETE
pp.：
316 – 326
CHAPTER 31. DESIGN AND TESTING OF SELF-COMPACTING SIFCON PRODUCED WITH LOW STRENGTH ALURRY
pp.：
326 – 336
CHAPTER 32. THE INFLUENCE OF SELECTED COMPOSITION FACTORS ON THE RHEOLOGICAL PROPERTIES OF FIBRE REINFORCED FRESH MORTAR
pp.：
336 – 346
CHAPTER 33. MIX DESIGN OF THE SELF-COMPACTING CONCRETE
pp.：
346 – 354
CHAPTER 34. INFLUENCE OF CEMENT AND SUPERPLASTICIZER ON RHEOLOGICAL PROPERTIES OF MORTARS
pp.：
354 – 366
CHAPTER 35. ANALYSIS OF CONCRETE PROPERTY FIELDS AND SEARCH FOR THE BEST COMPOSITIONS USING MONTE CARL0 METHOD
pp.：
366 – 374
CHAPTER 36. CEMENT-BASED MATERIALS INCORPORATING RUBBER AGGREGATES: SHRINKAGE LENGTH CHANGES
pp.：
374 – 384
CHAPTER 37. ADVANCED CONSTRUCTION MATERIALS FROM FLY ASH
pp.：
384 – 394
CHAPTER 38. IMPLICATIONS OF MATURITY AND ULTRASONIC WAVE SPEED MEASUREMENTS IN QC/QA FOR CONCRETE
pp.：
394 – 404
INTRODUCTION
pp.：
404 – 405
CHAPTER 39. ON THE DETERMINATION OF ELASTIC MODULI WITH BRITTLE MATRIX COMPOSITES
pp.：
404 – 404
OVERVIEW OF MEASUREMENT PROCEDURES
pp.：
405 – 406
ELASTIC PROPERTIES OF COMPOSITES
pp.：
405 – 405
SPECIFIC MEASUREMENT PROCEDURES
pp.：
406 – 408
THE RESONANT BEAM TECHNIQUE WITH ANISOTROPIC COMPOSITES IN DEPENDENCE ON TEMPERATURE
pp.：
408 – 414
ACKNOWLEDGEMENT
pp.：
414 – 414
REFERENCES
pp.：
414 – 416
RESONANT ULTRASOUND SPECTROSCOPY (RUS) AND RESONANT BEAM TECHNIQUE (RBT)
pp.：
414 – 414
CHAPTER 40. A MECHANICAL STUDY OF REINFORCED-CONCRETE BEAMS REPAIRED WITH COMPOSITE SHEETS
pp.：
416 – 436
CHAPTER 41. PROGRESS IN ULTRASONIC TESTING OF CONCRETE
pp.：
436 – 446
CHAPTER 42. INTERNAL STRUCTURE OF CONCRETE WITH ARTIFICIAL AGGREGATE
pp.：
446 – 458
CHAPTER 43. INFLUENCE OF A GAS INFLOW SURFACE ON MEASURED PERMEABILITY OF CONCRETE
pp.：
458 – 464
CHAPTER 44. INFLUENCE OF COARSE AGGREGATE SIZE AND CEMENT MATRIX STRENGTH ON STRESS-CRACK WIDTH RELATIONSHIP OF CONCRETE
pp.：
464 – 474
CHAPTER 45. PREDICTION OF NON-UNIFORM MULTIPLE CRACKING IN POLYMER COMPOSITES USING AN ENERGY-BASED PROBABILISTIC MODEL
pp.：
474 – 482
CHAPTER 46. FRACTURE MECHANICS AND PLASTICITY MODELLING OF THE SPLIT CYLINDER TEST
pp.：
482 – 492
CHAPTER 47. FATIGUE SENSITIVITY ANALYSIS FOR THE CURVED LAYERED COMPOSITE BEAM
pp.：
492 – 500
CHAPTER 48. DURABILITY OF NEW POLYMER MORTAR USING WASTE EXPANDED POLYSTYRENE SOLUTION
pp.：
500 – 510
CHAPTER 49. APPLICATION OF EXPERIMENTAL-STATISTICAL MODELING TO EVALUATE INFLUENCE OF AMOUNT AND GRADING OF SAND AND REGIMES OF BURNING UPON COMPRESSIVE STRENGTH AND WATER ABSORBABILITY OF BUILDING CERAMICS
pp.：
510 – 520
CHAPTER 50. THE PULTRUSION TECHNOLOGY FOR THE PRODUCTION OF FABRIC CEMENTCOMPOSITES
pp.：
520 – 530
CHAPTER 51. METHOD OF DETERMINATION OF CREEP AND SHRINKAGE OF SFRC
pp.：
530 – 538
CHAPTER 52. LIME MORTARS WITH NATURAL FIBRES
pp.：
538 – 548
CHAPTER 53. EFFECTS OF ACCELERATED CURING CONDITIONS ON STRENGTH PROPERTIES OF EPOXY-MODIFIED MORTARS WITHOUT HARDENER
pp.：
548 – 558
CHAPTER 54. FRP DEBONDING FROM A CONCRETE SUBSTRATE: CONVENTIONAL BELIEF AND NEW FINDINGS
pp.：
558 – 568
CHAPTER 55. PERFORMANCE CHARACTERISTICS OF BASALT REBAR REINFORCED CONCRETE BEAMS
pp.：
568 – 578
INDEX OF CONTRIBUTORS
pp.：
578 – 580
Brittle Matrix Composites 7
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