concretes in English
the precious English countryside may soon be concreted over
the juices of the plants are concreted upon the surface
Use "concretes" in a sentence
1. Key words: columns, confinement, ductility, high-strength concretes, lightweight aggregate concretes, reinforcement, stress–strain relationships, tests, ties, toughness.
2. Prepared additives for cements, mortars or concretes
3. There are very few studies on the air-void system of field concretes.
4. The RAC absorb a more important quantity of water than natural concretes do.
5. Binder composition for light mortars, concretes and coatings with plant or bio-sourced aggregates
6. In return, the durability of these concretes, tested through the freezing test, shows that it is better, especially for concretes with a medium cement content, to use an air entraining-agent.
7. We carry ready mix concretes, standard concrete mixes, Cement mixes and other masonry mixes
8. We carry ready mix Concretes, standard Concrete mixes, cement mixes and other masonry mixes
9. Use for reducing the amount of air entrained during mixing or blending of mortars or concretes.
10. The resulting composition may be used as a partial substitute for cement in air-entrained concretes
11. Both rocks are processed in the same screening plant as aggregates for bitumen and cement concretes.
12. For the non-air-entrained concretes, the internal cracking was severe for all types of cycles.
13. The resulting composition may be used as a partial substitute for cement in air-entrained concretes.
14. Method and tower for batching the aggregates in a plant for producing bituminous concretes and related production plant
15. So, durability of 8 concretes of a 20–110 MPa range has been characterised with air permeability measurements.
16. Natural aggregates with grain diameters up to 16 mm may be used in concretes with steel fibres.
17. Research has likewise been effected on the jointing of concretes of different ages by means of epoxy resins.
18. The relative absorption and loss of water over a length of time were determined on medium and high porosity concretes.
19. Slump, ultrasonic pulse velocity, compressive strength, and surface abrasion resistance tests were performed on concretes made with these aggregate fines.
20. Sand lime bricks, aerated concretes, mortars, plasters, renders, products for improvement and stabilising soils, asphalt, and road foundations, not included in other classes
21. These reinforcements have been made possible due to the advances in bonding technology, the low alkali environment and the inherent bond strength of polymer concretes.
22. The cementitious mixtures and hardened concretes resulting from the method and fly ash treated with sacrificial agent, or air entrainment agent/sacrificial agent combinations, are also described.
23. This formed the Cementing material of the Roman mortars and concretes of more than 2,000 years ago and of subsequent construction work in western Europe.
24. Results indicated that concretes with compressive strengths of less than 10 MPa will still pass the freeze–thaw test, provided an adequate air void system is in place.
25. Natural aggregates with three different gradings have been used to produce concretes with a constant water cement ratio of 0.5 and cement contents varying between 300 kg/m3 and 425 kg/m3.
26. Predicting the strength of these concretes induces the engineer to characterise the mineral, admixtures: ordinarily, a single coefficient is used, calculated with an empirical law like Bolomey's or Abrams' formulas.
27. Said material has high characteristics of thermal and acoustic insulation, water vapour breathability, fire resistance, lightness, as well as a good adhesiveness to concretes, mortars and plasters and a good compression resistance.
28. This study concerns the behaviour of Admixtured concretes at ambient temperature 20 °C (normal conditions) and those subjected to temperatures 105 °C (oven dry) and 300 °C with a rate of 2 °C/min
29. New additive for projectable agglomerating materials in the building industry, said additive comprising at least one clay of rheologic grade, preferably sepiolite, a water reducer/fluidifier and an aeration agent, as well as the utilization of said additive as component of projectable agglomerating materials such as mortars and concretes.
30. Essential oils (terpeneless or not), including concretes and absolutes; resinoids; extracted oleoresins; concentrates of essential oils in fats, in fixed oils, in waxes or the like, obtained by enfleurage or maceration; terpenic by-products of the deterpenation of essential oils; aqueous distillates and aqueous solutions of essential oils:
31. Concretes made with Type-30 cement, silica fume, and granite or limestone aggregate offer excellent hydraulic abrasion resistance (depth of erosion on the order of 1 mm after 72 h), compressive strength greater than 115 MPa after 91 days, and a freeze–thaw durability factor of more than 100%.