Conseil international des grands réseaux électriques, Comité d'études B2
VIAF ID: 136464698 ( Corporate )
Permalink: http://viaf.org/viaf/136464698
Preferred Forms
4xx's: Alternate Name Forms (1)
5xx's: Related Names (4)
- 510 _ _ ‡5 z ‡a Conseil international des grands réseaux électriques ‡b Joint working group B2-B3
- 510 _ _ ‡5 z ‡a Conseil international des grands réseaux électriques ‡b Joint working group B2-B4-C1 ‡c 17
- 510 _ _ ‡5 z ‡a Conseil international des grands réseaux électriques ‡b Joint working group B2-C1 ‡c 19
- 510 _ _ ‡5 z ‡a Conseil international des grands réseaux électriques ‡b Joint working group B4-C3-B2 ‡c 50
Works
Title | Sources |
---|---|
Alternating current (AC) resistance of helically stranded conductors | |
Big storm events what we have learned | |
Coatings for protecting overhead power network equipment in winter conditions | |
Comparison of general industry practices for lattice tower design and detailing | |
effect of fabrication and erection tolerances on the strength of lattice steel transmission towers | |
Experience with the mechanical performance of non-conventional conductors [CIGRÉ], Working group B2.48 | |
Fatigue endurance capability of conductor clamp systems-update of present knowledge | |
Geotechnical aspects of overhead transmission line routing an overview | |
Ground potential rise at overhead AC transmission line structures during power frequency faults [CIGRÉ], Working group B2.56 | |
Guide for application of direct real-time monitoring systems | |
Guide for qualifying high temperature conductors for use on overhead transmission lines | |
Guide for the assessment of composite insulators in the laboratory after their removal from service | |
Guide to overall line design | |
Guide to the conversion of existing AC lines to DC operation | |
Guide to the operation of conventional conductor systems above 100°C | |
Guidelines for the management of risk associated with severe climatic events and climate change on overhead lines | |
How overhead lines respond to localized high intensy winds basic understanding | |
Improvement on the tower testing methodology | |
Influence of the hyperstatic modelling on the behaviour of transmission line lattice structures | |
Innovative solutions for overhead line supports | |
Investigation on the structural interaction between transmission line towers and foundations | |
Large overhead line crossings | |
Local wind speed-up on overhead lines for specific terrain features | |
Management guidelines for balancing in-house and outsourced averhead transmission line technical expertise | |
Management of risks due to load-flow increases in transmission OHL | |
Mechanical security of overhead lines containing cascading failures and mitigating their effects | |
Meteorological data for assessing climatic loads on overhead lines [CIGRÉ], Working group B2.28 | |
New developments in the use of geographic information as applied to overhead power lines | |
On the use of power arc protection devices for composite insulators on transmission lines | |
Reliability based calibration of foundation strength factor using full-scale test data a guide for design engineers | |
Safe design tensions for single conductors fitted with elastomer cushioned suspension units | |
Sag-tension calculation methods for overhead lines | |
State of the art of conductor galloping | |
Systems for prediction and monitoring of ice shedding, anti-icing and de-icing for overhead power line conductors and ground wires | |
Technical brochure on evaluation of aged fittings | |
Tower top geometry and mid span clearances | |
use of robotics in assessment and maintenance of overhead lines | |
Working safely while supported on aged overhead conductors |