NB/T 35024-2014
Design code for hydraulic structures against ice and freezing action (English Version)
- Standard No.
- NB/T 35024-2014
- Language
- Chinese, Available in English version
- Release Date
- 2014
- Published By
- Professional Standard - Energy
- Latest
- NB/T 35024-2014
- Replace
- DL/T 5082-1998
- Scope
- This code stipulates the basic principles, methods and technical requirements for anti-icing design of hydraulic structures. This specification is applicable to the anti-freeze design of newly built or renovated or expanded hydraulic structures that are affected by ice, freeze-thaw and frost heave for projects in seasonally frozen soil areas and small projects in permafrost areas. This specification is based on the provis ons of the "Unified Standard for Structural Reliability Design of Water Conservancy and Hydropower Engineering" GB 50199, using the probabilis ic limit state design principle and using partial coefficient design expressions for design.
NB/T 35024-2014 Referenced Document
- DL/T 5016 Design specification for concrete face rockfill dams
- DL/T 5150 Hydraulic Concrete Test Regulations*， 2017-11-15 Update
- DL/T 5241 Technical specifications for durability of hydraulic concrete
- GB 50007 Code for design of building foundation
- GB 50199 Unified Standards for Structural Reliability Design of Water Conservancy and Hydropower Engineering
- GB 50287 Code for hydropower engineering geological investigation*， 2016-08-18 Update
- GB 50324 Code for engineering geological investigation of frozen ground*， 2014-12-02 Update
- GB/T 50662 Code for design of hydraulic structures against ice and freezing action
NB/T 35024-2014 history
- 2014 NB/T 35024-2014 Design code for hydraulic structures against ice and freezing action
- 1998 DL/T 5082-1998 Design specifications of hydraulic structures against ice and freezing action
NB/T 35024-2014 Design code for hydraulic structures against ice and freezing action has been changed from DL/T 5082-1998 Design specifications of hydraulic structures against ice and freezing action.
