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Finite element analysis of Bridges
Finite element analysis can simulate the stress of the bridge under various working conditions, incl
CAE software can be used to comprehensively analyze the dynamic characteristics of structures under various external load conditions, such as stress, deformation, and stability. Comprehensive solutions are proposed from mechanical calculations, combination analysis, and other aspects, providing civil engineers with powerful and convenient analysis methods.
We provide you with industry solutions to improve product development cycles
1. Static analysis of concrete: determination of concrete slump, analysis of reinforced concrete slabs, analysis of concrete slab collapse, analysis of reinforced concrete beams under high temperature conditions, analysis of horizontal load on cast-in-place thin-walled cylindrical piles
2. Dynamic analysis of concrete structures: the impact of wind loads, earthquake loads, and other impact loads on building structures.
1. Simulation of stress, displacement, seepage, consolidation, settlement and other changes in the foundation or building caused by excavation, construction, and backfilling in civil engineering.
2. Highly nonlinear simulation calculations and safety assessments for complex systems, including collisions, impacts (pile driving), earthquakes, damages, cracks, fractures, buckling, blasting, earthquakes, creep, water hammer, thermal analysis, and thermal solid coupling.
Bridge engineering is one of the most common building structures in the civil engineering industry. Accurate stress analysis of bridges and reasonable simulation of their dynamic reactions under various working conditions are of great practical significance for bridge design and safety control.
Thermal analysis of outdoor wind environment, indoor ventilation, heat island effect, air conditioning and heating system, building wind noise, sound insulation analysis, and pollutant diffusion.
Erosion effects (bridges, bridge piers), settlement ponds, flood and erosion control; Pasher flume, culvert engineering, marine aquaculture, environmental pollution/diffusion, tidal/estuarine effects; Sedimentation treatment analysis, separator, mixing kettle, filtration, sedimentation tank, sludge tank, etc.
Our years of project experience provide strong support for your product development
Finite element analysis can simulate the stress of the bridge under various working conditions, incl
Since 2007, We has provided professional CAE simulation analysis and consulting services to more than 1400 customers around the world.
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