Conversion Layer Continuous Support System Design Optimization And Stress Analysis

With the changing needs of architectural features, Conversion layer architectureis also increasing the use of, The converter board template support required intensivethan the average roof template support,In order to provide sufficient capacity andstability. Multilayer continuous support system become now widely used inconstruction solutions, New concrete gravity loads and construction loads, Supportsystem must be passed to successive layers foundations, Converter board to ensure thesupport and stability. To ensure the converter board construction quality, progress,safety and cost-effective control, Need for continuous support system were comparedoptimization, while ensuring the safety of the premise, to reduce the amount ofsupport and accelerate the use of materials supporting material flow.This combined with engineering practice, full account support system with themain structure interaction, joint working mechanism, even in the converter boardsupport bracket used in the calculation of the bearing capacity of concrete slabs onthree successive conversion board support system optimized design, the solutioncontinuous multi-template support system pass bearing bracket issue. Half-bridgestrain used in the construction of real-time monitoring technology to detect theconcrete pouring process support pole force changes, pouring through the analysisprocess and the relationship between stress growth pole, the pole test for stress andaxial force calculated statistical analysis, research load the actual transfer case lawdrawn downstream loads and presents future research directions.The results of the test of practice through projects, and achieved remarkableeconomic and social benefits, and formed a comprehensive set of constructiontechniques and construction methods for the future template support system designand construction technical standards revision provides practical experience.