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Keyword [Load carrying capacity]
Result: 61 - 80 | Page: 4 of 10
61. Experimental Study On Load-bearing Capacity Of A Two-Way Prestressed Laminated Concrete Slab
62. Design And Construction Research Of Support System With Superhigh And Great Span
63. Theoretical Research On Tensegrity Torus And Load-Carrying Capacity And Practical Calculation Method For Welded Hollow Spherical Joints Subject To Planar Tri-Directional Combined Loading Of Axial Forces And Bending Moments
64. Research On Load Carrying Capacity Of A New Type Of Light Gauge Steel System Square Studs
65. Finite Element Analysis And Experimental Study On The Load-Carrying Capacity Of Welded Hollow Spherical Joints
66. Research Of Resist Lateral Force Structure-steel Corrugated Plate Shear Wall
67. Study On The Optimal Design About Concrete Filled Rectangular Steel Tube Members
68. Load-Carrying Capability Analysis Of Pressurized Pipes With Weleing Defects
69. Stability Analysis Of Continuous Rigid Frame Bridges With Double-leg Thin-walled High Piers During Cantilever Erection
70. Analysis On Non-linearity And Stochastic Flaw Of Reticulated Shell
71. Analysis And Calculation Of Load-carrying Capacity In Corroded Reinforcement Structural Elements
72. Load Carrying Capacity Research Of Normal-Section Of T-Shaped Haydite Conctete Columns
73. Stress Analysis And In-Plane Stability Of The Gable Portal Frame Members
74. Study On Load-carrying Capacity Of Two New Types Of Rigid Joint For The Connection Between CFST Column And H Steel Beam
75. The Beam-Slab-Combined Design Method For Prestressed Concrete Frame Structures
76. Study On Load-carrying Capacity Of Concrete-Filled Square Tubular Column To Steel Beam Connection With Internal Diaphragms
77. Research On The Ultimate Load-Carrying Capacity Of The Three-center Arch
78. Studies On Seismic Behavior Of Through Column Bolted End Plate Beam-to-column Connections For Concrete-filled Square Steel Tube
79. Study On Behavior And Load-Carrying Capacity Of Concrete-Filled Tubular Column To Steel Beam Connections
80. Experimental Study On 550MPa High Strength Cold-formed Thin-walled Steel Wall Studs Under Axial Compression
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