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Power Industry Structure Research Group

Power Industry Structure Research Group

The Power Industry Structures Research Group was established in 2002 under the name Power Transmission Structures Group at the Power Transmission and Distribution Research Center. The group’s primary mission was to identify and assess potential hazards affecting power transmission structures and to develop methods for strengthening these structures against environmental hazards.

As the scope of its research activities expanded, and in order to address a broader range of requirements of the electricity industry, the group was renamed the Power Industry Structures Research Group in 2014. Consequently, a wide range of structures across the electricity industry, including those associated with power transmission, generation, and distribution, were incorporated into the group’s research activities.

The group is continuously striving to integrate technical expertise with state-of-the-art technologies to play an effective role in enhancing the safety, resilience, and optimization of power industry structures.

 

  • Structural Risk Assessment and Resilience

  • Identification of environmental hazards and zoning of influencing parameters

  • Assessment of the consequences of structural and power grid system failures

  • Development of theoretical and experimental models for assessing the vulnerability of structures and infrastructure

  • Risk analysis of environmental hazards in the national power grid

  • Assessment of the resilience of power industry structures

  • Development of theoretical frameworks and determination of acceptable risk levels for structures

  • Advanced and Smart Materials, Tools, and Equipment for Structures

  • Investigation and application of advanced materials and equipment in structures

  • Optimization of structural performance using nanotechnology

  • Enhancement of material properties through advanced additives

  • Advanced Foundation Design for Structures

  • Identification and development of solutions for reducing geotechnical hazard risks

  • Development and updating of foundation design standards

  • Development of advanced methods for foundation design, optimization, and rehabilitation

  • Development and application of advanced foundation systems in power industry structures

  • Development and application of environmentally compatible geostructures with a clean energy approach

  • Development of analytical and computational methods, numerical modeling, and physical model testing of foundations

  • Optimal Structural Design

  • Development and updating of structural loading and design standards

  • Development and updating of standards for structural construction, supervision, and quality control

  • Development of advanced methods for structural design optimization

  • Application of advanced structural forms and systems

  • Design of sustainable structures with minimum environmental impacts based on a clean energy approach

  • Advanced Techniques for Structural Strengthening and Performance Enhancement

  • Development and updating of standards for structural maintenance, repair, and strengthening

  • Development of advanced solutions for the repair and strengthening of damaged structures

  • Structural Health Monitoring and Life-Cycle Management

  • Structural health monitoring and condition assessment

  • Estimation of the remaining service life of power industry structures

  • Development of solutions for reducing environmental hazard risks

  • Development of crisis management protocols for structures and infrastructure

  • Development of advanced decision-support tools for life-cycle management, maintenance, and repair

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  • Development and application of smart materials in power industry structures

  • Development and application of artificial intelligence in power industry structures

  • Establishment and development of infrastructure for hybrid simulation systems

  • Design and development of advanced resilient vibration control systems

  • Assessment of structural performance from an energy efficiency perspective