Log In Become a Member

Log In Become a Member

Search results

Events

Research

Selected Filters

No filters selected.

Interest Group

Viewing 640 - 650 of 2180

Sort By

Relevance

Research

3399B: State of the Art Report on Design Practices for Long Span/Tall Transmission Tower Systems

This report provides information to the overhead transmission line design community regarding current state-of-the-art practices employed to design long span/tall tower transmission systems. It includes a review of articles and publications relevant to long span/tall tower systems, a summary of survey results of systems already in service, and a critical review of codes and standards from the standpoint of conventional versus advanced analysis methods. The report offers a discussion of conventio

Jan 15, 2018 - Aug 15, 2019

OTD

Research

0312: CPF: Reliability of Discharge Devices

Changing weather patterns and reassessment of safety criteria are resulting in modified (typically increasing) requirements in dam discharge release capability. This has two significant impacts, the need for increased discharge capacity and the need for increased reliability of the discharge facilities.Furthermore, the need for reliable operation of spillway gates has received increasing attention in recent years especially following some highly publicised and well documented failures. Dam owner

HPE

Research

3319A: ADINA Modeling Guide and Benchmark Tests For Component Failure Analysis in Overhead Line Sections

Transient dynamic analysis of overhead line sections subjected to component failures has beenshown to be both feasible and reasonably accurate using the commercial software ADINA. Althoughseveral modeling tips are available in the open literature, the level of detail is insufficient forinexperienced ADINA users, and does not allow them to produce working models within areasonable timeframe.This modeling guide will facilitate the use of rational dynamic analysis of line sections under typicalcomp

OTD

Research

0205C: Investigation of Geophysical Methods for Assessing Seepage and Internal Erosion in Embankment Dams: Long-Term Resistivity and Self-Potential Monitoring of Embankment Dams – Experiences from Hällby and Sädva Dams, Sweden

T992700-0205C. Long-Term Resistivity and Self-Potential Monitoring of Embankment Dams – Experiences from Hällby and Sädva Dams, SwedenThis volume marks one of a series of reports on the subject of geophysical methods and their usein assessing seepage and internal erosion in embankment dams. These reports are available both separately and as a package.Methods for seepage monitoring and internal erosion detection are essential for the safety of earth embankment dams. This work

Dec 1, 1999 - May 1, 2005

DSIG

Research

5065: Engineering Guide for Distribution Overcurrent Protection

This Guide provides engineering knowledge on overcurrent protection designs and practices and the application of devices for the protection of distribution power systems. It is intended for the use of distribution power utility staff. The Guide describes overcurrent protective devices and their functionality, operation, application, and coordination. It includes information on devices such as reclosers, sectionalizers, vacuum and SF6 circuit breakers, and microprocessor-based relays.Particular e

DEP

Research

0205E: Investigation of Geophysical Methods for Assessing Seepage and Internal Erosion in Embankment Dams: A Study of Through-Dam Seismic Testing at WAC Bennett Dam

T992700-0205E. A Study of Through-Dam Seismic Testing at WAC Bennett DamThis volume marks one of a series of reports on the subject of geophysical methods and their use in assessing seepage and internal erosion in embankment dams. These reports are available both separately and as a package.Crosshole tomography allows the distribution of seismic velocity between drill holes to be established. The through-dam mode takes advantage of the triangular cross-section of earth embankments, obviatin

Dec 1, 1999 - May 1, 2005

DSIG

Research

0516: Development and Monitoring of a 60kW Kinetic Underwater Flow Turbine

There is a significant potential for river hydrokinetic turbine technology with an estimated 2 GW of power identified in Canadian rivers. Canada is ideal for remote river turbines applications, and thus this study is conducted to demonstrate turbine’s feasibility in cold climates for remote communities that do not have large infrastructure available. A 5-kW and 25-kW vertical-type and a 60 kW horizontal-type hydrokinetic turbines are deployed and tested water-to-wire

Jul 1, 2008 - Mar 15, 2014

E&IS

Research

3426: Guide for HV UG Asset Failure Analysis Procedures

May 26, 2023 - Jun 30, 2023

TUC

Research

GSOA: Acid Rain: A Discussion Paper For The Canadian Electrical Association Research and Development

E&IS

Research

0248B: Floating Debris Management Next Steps

DSIG

65 of 218

Viewing 640 - 650 of 2180

Back to Top

Selected Filters

No filters selected.

Interest Group