Formwork support system derivative design method

Abstract

The invention relates to a formwork support system derivative design method. 1. Determine the boundary conditions and calculation steps of the formwork support system; 2, establish a parametric modelaccording to that boundary condition; 3, load and internal force calculation; 4. Checking the stress and displacement of the structure, outputting the calculation result to check whether it meets thedesign requirements; 5, count that engineering quantity of the design scheme; 6, upload that publishing program to the cloud; 7, compute various combinations according with that boundary conditions byusing the cloud computing capability, and obtaining thousands of design scheme; 8, arrange that statistical data of the project quantity according to the calculation result, and comparing and selecting the most design scheme. This method adopts the derivative design principle, according to the set boundary condition scope and the step distance request, compiles the program to construct the model,outputs the stress, the displacement and the project quantity statistical result, utilizes the cloud computing ability, has greatly improved the design efficiency, and reduced the engineering material, saves the cost.

Description

technical field [0001] The invention relates to the design of construction temporary facilities (mainly including building templates and support systems) in the engineering construction industry, and specifically relates to the design and optimization of formwork support systems using the principle of derivative design. Background technique [0002] The building formwork support system is the most commonly used construction temporary facility in the engineering construction industry, and it can be used in almost every project. The traditional formwork support design method generally estimates a rough range based on the engineer's personal experience, selects 2 to 3 schemes for checking and comparison, and then fine-tunes according to the checking results to obtain the final design scheme, which is used to guide the construction. However, the quality of the design scheme obtained by this method has a lot to do with the engineer's personal experience, and it has a lot of rando...

AI Technical Summary

Problems solved by technology

However, the advantages and disadvantages of the design scheme obtained by this method have a lot to do with the engineer's personal experience, and have a lot of randomness

Even for very experienced engineers, it is difficult to ensure whether their design scheme has a large room for optimization

Therefore, there is a huge waste of engineering materials

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