Diana Hindya
- Country of Origin: Palestine
- Home University: An Najah National Univeristy
- Host University & Country: Durham University - United Kingdom
- PhD Title: Sustainable Seismic Retrofitting of Unreinforced Masonry Buildings using Dissipative Timber Frame Systems
- Year of Completion: 2030
PhD Overview
This research investigates the sustainable seismic retrofitting of unreinforced masonry (URM) buildings using dissipative timber frame systems. The study aims to develop a retrofit solution that can improve the seismic safety and resilience of existing masonry buildings while reducing the environmental impact associated with conventional strengthening methods.
The research will combine numerical analysis and experimental investigation to evaluate the structural performance of the proposed timber frame system. An experimental programme will be conducted in a laboratory testing facility, where representative masonry specimens and timber frame retrofit systems will be tested under controlled loading conditions. The experiments will assess parameters such as strength, stiffness, deformation capacity, energy dissipation and overall seismic performance.
The experimental results will then be compared with numerical models to validate the proposed system and improve the understanding of its behaviour during seismic loading. The research will also consider the sustainability of using timber as a retrofit material, with the aim of developing a solution that is both structurally effective and environmentally responsible.
Overall, the project seeks to contribute to the development of safer, more resilient and sustainable approaches for upgrading existing masonry buildings, particularly in earthquake-prone areas.
Sustainability Goals
- Industry, Innovation and Infrastructure
- Responsible Consumption and Production
- Sustainable Cities and Communities
About Me
A dedicated structural engineer with two MSc degrees in Civil and Structural Engineering from Durham University, currently pursuing a PhD specialising in structural engineering and seismic resilience. Experienced in the seismic design and assessment of concrete, steel, and masonry structures through academic research and practical projects. Former Teaching Assistant at An-Najah National University, with strong experience in teaching, communication, and collaboration. At Durham University, I work as a Demonstrator and Invigilator, supporting teaching, laboratory, and assessment activities.
I hold professional memberships with the American Society of Civil Engineers (ASCE), the Institution of Civil Engineers (ICE), and other professional engineering organisations, reflecting my commitment to professional development and the engineering profession. Proficient in a range of engineering software and analytical tools, with a strong interest in innovative, sustainable, and resilient engineering solutions. Outside academia, I enjoy playing badminton and swimming, maintaining an active and balanced lifestyle.