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Product Description
Features:
1) Product dimensions (L x W x H): 2,800 x 800 x 2,000mm
2) Surface treatment: Plastic spraying
3) Loading capacity: Max. 4,000kg/layer
4) Three layers
5) Different sizes available
6) Raw material: Steel
Packing: Polybag or as per clients' requests
1) Product dimensions (L x W x H): 2,800 x 800 x 2,000mm
2) Surface treatment: Plastic spraying
3) Loading capacity: Max. 4,000kg/layer
4) Three layers
5) Different sizes available
6) Raw material: Steel
Packing: Polybag or as per clients' requests
This paper is an introduction to the modern technology of construction and analysis of the spent fuel assembly storage system with high storage density in nuclearPOwer plants. With no change in the existing fuel storage POOl, the use of the high density storage rack system will double the storage capacity for the spent fuel. High economic benefit will be achieved by spreading the use of this modern technology in nuclear POwer plants.
The paper introduced the structural design of an integrative tall steel storage rack in an AS/ RS warehouse.Based on the design of the project,several pieces of fundamental principles on structural system arrangement,internal force analysis and bearing force of the structural members are concluded.Not only could the structural design of the project be a good example,but also it could guide the design of the same type ones in the coming days.
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