Simulation of the optimal management of a thermal and hydraulic generation system.

Abstract The dynamic performance of nuclear waste crane is an important index to ensure its safety and reliability. In this paper, a multi-body dynamic model of nuclear power waste crane is established by using the method of Udwadia-Kalaba equation, and its simulation analysis is carried out to verify the feasibility of the application of this method in heavy equipment design.

10.1088/1755-1315/440/5/052030

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Numerical simulation in additive manufacturing of gas turbine parts

IOP Conference Series Materials Science and Engineering (2020)

А. А. Иноземцев O.Y. Smetannikov A Dubrovskaia Konstantin Dongauzer Leonid Bushuev

Abstract The article describes the development of mathematical models and user environment in the APD language which are based on the finite element system solver and allow for the SLM physical process numeric modelling with the required accuracy. The main task is to evaluate the final shrinkage and residual strength of the blanks of gas turbine parts for optimizing the technological process of production. The activities on introducing pre-distortions into the part geometry were performed to compensate for thermal deformation during the growth process; the part with pre-distortion was produced and controlled.

Solver

Distortion (music)

Shrinkage

Process Simulation

10.1088/1757-899x/709/3/033042

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Citations (1)

Analysis of Construction Problems of 330MW Unit Power Engineering

Gongcheng Jianshe yu Sheji (2019)

Huaitao Wang

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