RESISTANCE OF PLANE-STRAINED WALLS SKEWED AVAILABLE DIAGONAL CRACKS INVOLVING PROGRAM COMPLEX ?LIRA-PRO?
Journal: Academic Journal "Industrial Machine Building, Civil Engineering" (Vol.1, No. 43)Publication Date: 2014-12-26
Authors : V. Kolchunov; M. Maryenkov; Т. Tugay; I. Yakovenko;
Page : 178-190
Keywords : resistance; plane-strained constructions; calculation; rigidity.resistance; plane-strained constructions; calculation; rigidity.;
Abstract
It is proposed the computational model of deformability (rigidity) of plane-strained reinforced concrete composite constructions, with the inclined cracks influence and its opening width in the presence of conventional lumped shifts in the seam between the concrete, the incompatibility of deformations of concrete and armature and discontinuity effect. It is fulfilled collation of the rigidity calculation of plane-strained walls skewed available diagonal cracks. The variants of realization of the proposed method are involving in program complex ?Lira-Pro?, which contributes to its rapid implementation in practice of design.
Other Latest Articles
- STUDY OF WORK OF MONOLITHIC REINFORCED CONCRETE SLABS WITH CORRUGATED STEEL DECKING TYPE N80A AND BOLT ANCHORS UNDER STATIC AND HIGH-LEVEL LOW-CYCLE LOADS
- MATHEMATICAL MODEL OF FATIGUE STRENGTH NON-METAL RODS OF REINFORCEMENT
- RELIABILITY OF REINFORCED CONCRETE BEAMS REINFORCED WITH COMBINED REINFORCEMENT OF CLASS A1000 AND A500C
- INFLUENCE OF INITIAL MAGNITUDE CALCULATION MODEL PARAMETERS ON THE STRESS-STRAIN STATE, THE EXAMPLE CONSOLE FERRIS WHEEL
- THE ASSESSMENT OF THE RELIABILITY OF PRODUCTION PLANS ON MECHANICAL ENGINEERING COMPANIES UNDER CONDITIONS OF UNCERTAINTY LOGISTIC PARAMETERS
Last modified: 2016-07-25 16:36:26