1. The terminal was constructed of reinforced concrete.

2. A row of reinforced concrete pillars supports the bridge.

3. Problem: Footings under masonry walls are not reinforced concrete.

4. The four zones are contained within a single reinforced concrete structure made both with concrete cast in-situ and precast concrete.

5. The building is covered by a reinforced concrete roof of mansard profile, which houses the seventh storey.

6. Reinforced concrete is an example, and is not as irrelevant to motorised transport as you might think.

7. Some specialize-for example, in structural steel or reinforced concrete structures.

8. After comparison, prefabricated piles of reinforced concrete are chosen.

9. Design Theory of Reinforced Concrete and Composite Structures.

10. The prison was made of reinforced concrete.

11. Aboveground water tank, made of reinforced concrete.

12. The stress characteristics of reinforced concrete beam's oblique section in negative area strengthened with U-jackets carbon fiber reinforced polymer (CFRP) were studied by experiments.

13. The discrete variable optimum design of reinforced concrete continuous beams is discussed.

14. Cracks are easily occurred during construct the reinforced concrete box culvert.

15. Reinforced concrete has since been used and highly refined by engineers.

16. He returned to the North to work on the problems of reinforced concrete for a commercial company.

17. Many of New York's bridges are made using inadequately reinforced concrete.

18. Airey houses, for example(), were built with concrete planks fixed with copper wire to vertical reinforced concrete columns.

19. Public works inspectors may specialize in highways, structural steel, reinforced concrete, or ditches.

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20. Each of the Apollo launch pads was 0.65 square kilometres in size and constructed of heavily reinforced concrete.

21. If steel and concrete were incompatible in any of these areas, reinforced concrete would sooner or later degrade.

22. What station-building remained was increasingly to reflect the functional, geometrical approach, stressing cubes and cylinders and glorying in reinforced concrete.

23. The place was losing the look of old photographs. Reinforced concrete was gaining the light.

24. Its three piers and two buttresses will take 15,000 cubic metres of reinforced concrete.

25. Roebling had pioneered fireproof construction methods, especially the use of reinforced concrete.

26. The 45 m superstructure is a nine-storey steel frame stabilised by a reinforced concrete core.

27. The effects of secondary torsion on shear strength of biaxial flexural reinforced concrete beams are analyzed.

28. The factors which influenced the stability of steel - lined reinforced concrete pipe with stiffener rings are discussed.

29. In the construction of retaining wall with steep slope grade, manual hole digging piles are adopted in combination with reverse working for ramming reinforced concrete wall panel.

30. Based on presumption of the plain cross section, the nonlinear full-range analysis is carried out for 15 steel reinforced concrete L-shaped columns(SRCLSC) whose sections are meshed by their edges.

1. The terminal was constructed of reinforced concrete.

2. A row of reinforced concrete pillars supports the bridge.

31. A computer method was developed for the non-linear full-range analysis of reinforced concrete columns from the start of loading to the collapse of column.

32. Our civil work includes construction of roads, buildings, foundations and reinforced concrete structure.

33. According to experimental results, an empirical relationship is suggested for predicting the ultimate shear strength of fiber reinforced concrete beams without web reinforcement.

34. Transverse wall beams are wildly used in many multistory and high - rise reinforced concrete buildings.

35. The cross beam model is used to analyze the internal forces of reinforced concrete traffic barrier, and the results coincide with the test results.

36. The parameter decision and failure criteria in the dynamic FEM modeling on anti-explosion of reinforced concrete structure are discussed.

37. Based on the technology analyses of strengthening reinforced concrete beams with carbon fiber sheet, and the research of calculate theory, The paper raises the technology of Relief method.

38. Interfacial debonding is one of the main damage forms of reinforced concrete materials and structures.

39. The presence of fine cracks in reinforced concrete is inevitable.

40. All day shuttling between the office of reinforced concrete jungle between you, it is also looking forward to an easing of physical and mental freedom of this trip?

41. The present invention is suitable for use in in-situ cast or pre-stressed reinforced concrete floor slab, roof, wall, foundation slab and hollow bridge.

42. The manufacturing method is suitable for the anchor plate of the anchor device which is used for producing the tensioned reinforced concrete pre-stressed tendon.

43. The reasons of cracking and large deformation on common reinforced concrete continuous beam bridge were discussed.

44. Based on the pseudo-static test of four slit hollow shear wall models of reinforced concrete with different steel bar, the failure mechanism and deformation feature are discussed.

45. Unsymmetrical T-cross section trussed special-shaped steel reinforced concrete column was analyzed by ANSYS, in order to investigate the synergistic effect of shape steel and concrete.

46. The research focuses on dynamic properties and energy dissipation in the orthotropic fiber grid reinforced concrete.

47. This paper, regarding the constructional loads as proof loads and using proof load method, presents a new method to analyse the reliability of prefabricated reinforced concrete (RC)components.

48. The damping ratio of the overall structure of Tianxinzhou Bridge is unknown, because the structure of the bridge is composed by reinforced concrete structure and steelwork structure.

49. According to a fabricated reinforced concrete model building the analysis mode and theory of earthquake reaction are analyzed when the sliding isolation components are installed in several layers.

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50. The tank shells will be supported by reinforced concrete ring wall foundations.

51. The general notes herein are for steel structure work of This Project, and foundation and reinforced concrete work see Concrete Structure Design Notes.

52. The calculating method of the shear bearing capacity of oblique section is also established, which can represent the behavior of reinforced concrete masonry shear wall.

53. The indoor lab test results showed that mineral admixture brucite fiber reinforced concrete can improve the flexural tensile strength of concrete.

54. Today cathodic protection of reinforced concrete is recognised by most authorities as a well-proven solution to corrosion of reinforcement in atmospherically exposed reinforced concrete.

55. In this Paper, the moment-curvature-axial force relationships of reinforced concrete rectangular section are discussed.

56. A new kind of reinforced concrete ( including prestressed concrete ) frame structure with diagonal member is forward.

57. The procedure of nonlinear analysis has been compiled based on experiment for studying the force performance and effect factors of steel reinforced concrete cross-shaped columns.

58. At present, reinforced concrete slab is the most commonly used component of one in architectural engineering.

59. Currently, the properties of the FRP-concrete interface based on pull-off tests are adopted in the capacity prediction of FRP shear-strengthened reinforced concrete beams.

60. The method of three - point loading was used in the creep test of the reinforced concrete beam.

61. The results of the experimental investigation reported hi this paper can provide useful data for compiling the technical regulation for fiber reinforced concrete in China.

62. Demolishing reinforced concrete structure by using water jet is a method with most desirable prospects.

63. For example, masonry, timber, steel, aluminum, concrete, reinforced concrete, plastics, etc.

64. With nonglutinous rice Liaojing 5 as a test material, experiments were carried out to study the evapotranspiration of rice grown in nonweighting lysimeters of reinforced concrete.

65. We conduced penetration experiments into reinforced concrete targets with ogive - nose kinetic energy projectiles.

66. Besides, the eccentricity magnifying coefficient and the axial load limit for steel reinforced concrete column were also ...

67. They also been used efficiently in seismic retrofit of existing steel or reinforced concrete buildings.

68. The macroscopic damage image of reinforced concrete slabs under impact effect are obtained through model test, and the residual velocity of the projectile are gained from the tests.

69. The electrical conduction of steel slag reinforced concrete was studied in this paper.

70. It is shown that adding Dura fiber into reinforced concrete will raise anti-corrosion behavior of the reinforcing bar.

71. With reinforced concrete prefab humidity of the air inside the modern building that board lid becomes greatly under normal level, differ with desert very few.

72. Between the dosage of cement and fiber cream and the compressive strength of brucite fiber reinforced concrete there are the remarkable linear relationship.

73. Pure torsion tests for 7 box-shaped steel reinforced concrete(BSRC) beams and 1 reinforced concrete beams were introduced, and the test phenomenon was described.

74. For scholars and engineers the bending of reinforced concrete plates, especially free boundary plates, on elastic foundation has long been a concerned problem.

75. Urban women, the shuttle on the reinforced concrete jungle, busy rhythms of intense work.

76. A separable reinforced concrete numerical model and fluid-solid interconnection method were used to predict the development of surface bulge in LS-DYNA.

77. There are three methods for assessing fire resistance of reinforced concrete members and these are tabulated data, fire tests and fire engineering calculations.

78. A case of demolishing a reinforced concrete dual ditch by millisecond water - pressure blasting is introduced.

79. The paper describes the demolition blasting of a shell reinforced concrete tower under complicated environment condition.

80. Two formulae can be used to calculate the shear capacity of steel reinforced concrete beams.

81. When the temperature reached certain value at constant load, the slippage in reinforced concrete increases sharply.

82. The checking computation of anti - crack and limiting crack opening for hydraulic reinforced concrete element is needed under external load.

83. The system has better man-machine interactive interface and enhances designing efficiency of the controlled blasting demolition of reinforced concrete frame structure buildings greatly.

84. Carbonating of concrete will cause bar rusts in the concrete, and will cause bearing capacity of the reinforced concrete member reduction further.

85. The wall energy saving standard can be reached or exceeded by adopting check block type self-cladding technique for exterior insulation of cast-in-situ reinforced concrete shear wall.

86. The developmental process of tubed reinforced concrete column structures is reviewed.

87. The paper analyses the nonlinear cracking behavior of reinforced concrete box girder.

88. The reason why hybrid mode of fiber has effect on mechanical properties and impermeability of hybrid fiber reinforced concrete are also analyzed.

89. Test results for the behavior of bond and slip between steel bar and concrete within a segment bounded by two primary cracks in a reinforced concrete tension member or a flexural member are presented.

90. The horizontal shear strength of the exterior reinforced concrete beam-column joints is analyzed by the stress of the conterminal beam and column.

91. The design of reinforced concrete short corbel was taken as example, with the basic principle on strut-and-tie model stated and described. An example of design demonstrates the establishment of...

92. The numerical analyze results show that the core steel tube joint applied to concrete filled square steel tubular column and reinforced concrete beam have good mechanical property, and structure beh.

93. The principle of Brillouin optical time domain reflectometer (BOTDR) is introduced and its application to the strain monitoring of the strain distribution of the reinforced concrete beam is studied.

94. CONBOX is specifically developed for the analysis and design of post-tensioned and cast-in-place reinforced concrete box girder and slab bridges constructed on falsework .

95. The seismic capacity of the box-shaped joint in the reinforced concrete mega-frame structure system is studied, and the finite element analysis is done with ANSYS .

96. Experimental research and analysis of the seismic behavior of reinforced concrete eccentricbeam-column joints with eccentricity larger than one-fourth of the column width are introduced.

97. The corrosion of reinforcing bar is the chief factor that affects the durability of reinforced concrete structure.

98. This paper deals with the design and implementation of a Intelligent Computer-Assisted Instruction system for tutoring in reinforced concrete structure design.

99. The building used the entire cast - in - place reinforced concrete frame structure.

100. The design of large reinforced concrete bifurcated pipe under high water pressure is one of them.

101. Steel Lined Reinforced Concrete Penstock is important new hydropower station structure, and it is widely used for its specific advantages.

102. This paper introduces the advantages of LPM light material, probes into how to use the LPM light material as filling to construct the cast-in-site reinforced concrete hollow floor.

103. This paper analyses the loads of SRC steel - reinforced concrete member in construction phase.

104. The author explores a new way of erecting molding board in the construction of job-placed reinforced concrete cockle stairs.

105. The fatigue equation for design of reinforced concrete pavement was suggested.

106. The calculation of flexural strength of reinforced concrete members in Code for Design of Concrete Structures (GB50010-2002) is the equivalent rectangle method based on the plane section assumption.

107. The examination of the behavior and anchorage characteristics of a typical size of hooked reinforcing bar in the reinforced concrete masonry wall abroad is introduced in this paper.

108. Test results show that the concrete-filled steel tube and the reinforced concrete deform simultaneously in the axial direction before and at the peak value of axial compressive force.

109. The analysis method and calculation expressions of oblique section consolidation of reinforced concrete bridge are discussed on the basis of test analysis.

110. Reinforced concrete and prestressed concrete have been developed in order to remediate to this weak point.

111. In order to protect this cultural relic(http:///reinforced concrete.html), relevant departments intend to build a reinforced concrete container which is designed based on the conception—'unstressed container'.

112. The coastal salt spray zone anti - chloride ion penetration, to protect reinforced concrete.

113. Twin towers designed by US based NBBJ Architect with reinforced concrete core wall system.

114. The reinforced concrete shallow - beam floor has been widely used in multistoried and tall buildings.

115. The reliability index of reinforced concrete beam strengthened with bonded steel plates due to increased loads was calculated with First Order Second Moment.

116. It is mainly used in the strengthening of reinforced concrete flexural members and compression member with large eccentricity.

117. By above study, a few beneficial conclusions are gained, which provide a reference for design theory and method of an underground reinforced concrete branch pipe.

118. He centers his constructions around reinforced concrete or steel skeletons.

119. The Sublayer Frame-shear Structure consists of the two kinds of load-bearing and anti- lateral force system in the reinforced concrete frame, the anti-seismic wall and the upside brick house.

120. The concrete cover depth is a basic variable to make durable reinforced concrete structures in atmospheric environments.

121. It is an effective way for our prefabricate part industry to develop high effective pre-stressed reinforced concrete hollow slab so as to go out of the depress.

122. This paper presents an efficient simple method to design cross sections of several kinds of hydraulic reinforced concrete structures, i. e. , reinforcement distribution by the successive substitution.

123. A reinforced concrete penstock with steel lining located on the downstream surface of concrete dam is a structure of new type being developed both abroad and in China.

124. In this paper, 20 simply - supported reinforced concrete beams with rectangular openings were tested under concentrated load.

125. A new kind of reinforced concrete(including prestressed concrete) frame structure with diagonal member is put forward.

126. Meanwhile, the load - transferring mechanism of steel reinforced concrete pile caps accords with spatial truss model.

127. Besides, the eccentricity magnifying coefficient and the axial load limit for steel reinforced concrete column were also introduced.

128. It is emphasized that the cooperation between composite domain and civil engineering domain should be strengthened to develop the application of FRP reinforced concrete structures in China.

129. Nuclear power plant containment shell is a large-volume pre-stressed reinforced concrete silo-shell structure to prevent radioactivity, and is the most important protected object in special condition.

130. The ultimate capacity of prestressed composite beams is 27.7% higher than that of reinforced concrete ones.

131. RC-masonry combination arch bridge makes RC arch ribs as former spanning structure and falsework of upper masonry's construction. Finally(), reinforced concrete and masonry together form arch ring.

132. A superposition method is proposed for the ultimate capacity of steel reinforced concrete columns. 3-line or 4-line sketch curve mode is proposed.

133. Reinforced concrete structures under severe dynamic loads may induce flexure, flexure - shear and direct shear failure modes.

134. The rigid connection between steel girders and reinforced concrete piers is one type of the important applications of composite construction.

135. At first, the bond mechanism between shape steel and concrete compared with that of normal reinforced concrete is analysed.

136. This paper pressets the reinforced concrete open-web sandwich plate and the fishy bone open-web sandwich plate in the floor structure system in multistorey and tall buildings.

137. It is described a cathodic protection system of reinforced concrete structures with discrete anodes obtained starting from a corrugated planar substrate welded to a longitudinal current collector.

138. The bond and slip relationship between the rebar and the concrete within a segment bounded by two primary cracks in a reinforced concrete tension member or a flexural member is studied.

139. The reinforced concrete walls will contain an exterior finishing with special formwork, its stereotomy having been designed.

139. try its best to gather and create good sentences.

140. Compressive strength reduction in compression zone is one of the main factors which affect surplus bearing capacity of corroded reinforced concrete eccentric compressive components.

141. In reinforced concrete about half the section, the cracked area below the neutral axis does no useful work.

142. New technology such as reinforced concrete cutting, whole span jack-up, reinforcement implantation etc. are applied to renovate the existing municipal structures.

143. Usually an adopting cut-and-try method is used for calculating strength of the bending members made of reinforced concrete with ring section.

144. The paper ascertains the superstructure and foundation of high pipe dock by the secondary development of ANSYS and the simulation of arched beam of reinforced concrete, pile foundation and cap.

145. The results show that the methods developed in this paper are reliable, which can reasonably simulate the seismic collapse process of reinforced concrete frame structures with shear type deformation.

146. The scenic overlooks bridge in safari park in Hefei is a reinforced concrete single-pagoda cable stayed bridge.

147. An alternative system for multi-storey fiats and similar large buildings is to erect a framework of load-bearing precast reinforced concrete horizontal perimeter beam units and vertical mullion units.

148. The three-point bending experiments of the reinforced concrete(RC) beam strengthened with carbon fiber laminate(CFL) were carried out, and the corresponding fatigue life curve was obtained.

149. The leakage from the crack is one of causes for reinforced concrete rupture, and the unstable crack is difficult to be treated for its unstability.

150. An experimental research for bearing capacity of six reinforced concrete columns strengthened by circular steel jacketing subjected to axial loading is carried out.

151. It is made of reinforced concrete and soapstone, and was constructed between 1922 and 1931.

152. Finally, the performance of the UWB-TWDR is validated by the experiments for penetrating a wood block door, an ordinary concrete wall and a reinforced concrete wall.

153. This paper makes experimental study of stress character of reinforced concrete beam's oblique section in negative area strengthened with U-jackets carbon fiber reinforced polymer (CFRP).

154. In moderate- to high-rise construction, the building can ascend more quickly than a comparable reinforced concrete structure since the steelwork can precede the concrete by several stories.

155. Steel Lined Reinforced Concrete Penstock ( SLRCP ) was firstly applied to hydroelectric power stations in 1960 s.

156. Plus, the reactor's safety is a matter of physics, not operator skill or reinforced concrete.

157. The bifurcated pipe of the TGP lock emptying culvert is a reinforced concrete framed structure.