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高放废物地下实验室岩壁吊车梁优化设计研究

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北山高放废物地质处置地下实验室是中国首个研究高放废物地质处置的地下实验室.在该地下实验室-560 m的主试验水平内布置了起重量为5 t的电动单梁起重机岩壁吊车梁.本研究以相关设计规范为依据,阐述岩壁吊车梁的计算方法及设计步骤,并提出了对于起重机吨位较小的岩壁吊车梁的优化设计方案.优化方案可有效节省岩壁吊车梁的材料和宝贵的地下空间,本研究结果对小吨位起重机岩壁吊车梁设计有借鉴意义.
Optimal Design of Rock Crane Beam for High-level Radioactive Underground Research Laboratory
Beishan underground research laboratory is the first laboratory in China to study the geolog-ical disposal of high-level radioactive waste.A rock crane beam was arranged in the main test level(-560 m)of the underground laboratory.Based on the relevant design standards,the calculation and design steps of rock crane beam were expounded.On this basis,the optimal design scheme of rock crane beam with small crane tonnage was proposed.After adopting this scheme,the material con-sumption and precious underground space of rock crane beam can be effectively saved,which has prac-tical reference significance for the design of rock crane beam of small tonnage crane in the future.

rock crane beamunderground laboratoryrigid equilibrium methodoptimal designhigh-level wastegeological disposal

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中核第四研究设计工程有限公司,河北石家庄 050021

岩壁吊车梁 地下实验室 刚体平衡法 优化设计 高放废物 地质处置

2024

铀矿冶
中国核学会铀矿冶学会

铀矿冶

CSTPCD
影响因子:0.369
ISSN:1000-8063
年,卷(期):2024.43(3)