Masonry cracking process meso-damage model and its numerical analysis
sandMiningScience, 1997. 34 (2) :249-261. Zhuwan Cheng, Wang Shu-hong, Chun-An Tang. Computer simulation of bending test of concrete [J]. Northeastern University, 1999,20 (5) :533-535. LIUGuangting,
p90x workout schedule, WANGZongmin. Numericalsimulationstudyoffractureofconcretemateri alsusingrandomaggTe-gatemodel [J]. JournalofTsinghuaUniversity (Sci. & Tech.). 1996,36 (1) :84-89. TANGCA, THAMLG,
mbt shoes ireland, LEEPKKeta1. Numericalstudiesoftheinfluenceofmicrostructureonro ckfailureinuniaxialcompression (I) [J1. InternationalJournalofRockMechanicsandMiningScienc e, 2000,37 (6) :571-583. CHIOUYaw-Jeng, TZENGJyh-Cherng, HWANGShuenn-Chang. Discontinuousdeformationanalysisforreinforcedconcr eteframesinfilledwithmasonrywalls [J]. StructuralEngineeringandMechanics, 1998,6 (2) :201-215. Chun-An Tang, Wang Shu-hong. Fu Yu Fang. Numerical experiments of rock failure process [M]. Beijing: Science Press, 2002. (Continued from page 53) 5.3 project three structural parameters: span of 24m, high arch 6m, thickness 1.1mm,
tory burch outlet, MMR a plate 238, bearing the type of hinge bearings,
tory burch outlet, steel yield strength of 280MPa, the design strength of 240MPa . Load standard value: weight 0.14kN / m, basic snow pressure 0.30kN / m, live load 0.30kN / m, the basic wind pressure 0.35kN / m. The results: cross-section maximum stress 148.7MPa <235MPa structural safety. The background of this project in Beijing, Beijing built a large number of parameters of this structure using arched corrugated metal roof structure, so far there is no a case of engineering accidents. 6 Conclusion In this paper, clear arched corrugated metal roof structure of the force mechanism, based on the geometry of this structure through the nonlinear analysis and linear analysis of the proposed structure calculations based on simplified linear design method, simplify the design formula is given all the design parameters of the derivation. This paper presents the design of the test results can be verified to some extent, this simplified design method is reasonable. In addition, the design calculations demand solution under different loads, and checking the arch structure of the internal forces on the structure of the various sections of the stress, so a large amount of design calculations presented in this paper this method is more suitable for computer programming calculations.
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