Aerospace Structures Group

School of Aerospace Engineering – University of Tehran

Designing the Future of Aerospace Structures

The Aerospace Structures Group at the University of Tehran advances the frontiers of structural engineering to design safer, lighter, smarter, and more sustainable next-generation aerospace and energy systems. Through cutting-edge research, technological innovation, and strong industry collaboration, the group is committed to becoming a leading regional and internationally recognized center of excellence.

Mission

• Advance knowledge in aerospace structural engineering
• Develop competitive technologies for lightweight and intelligent structures
• Educate innovative engineers and research leaders
• Strengthen strategic collaboration with aerospace and energy industries
• Contribute to sustainable technological development

Research Areas

• Fluid–Structure Interaction (FSI)
• Advanced Aeroelasticity, Aeroservoelasticity, and Aerothermoelasticity
• Advanced Composite and Nanocomposite Structures
• Nonlinear Structural Dynamics and Vibrations
• Fracture Mechanics and Structural Health Monitoring
• Multidisciplinary Design Optimization (MDO)
• AI-Driven Structural Engineering
• Rotating Systems and Wind/Gas Turbine Structures
• Multiphysics Computational Modeling and Finite Element Methods (FEM)

Graduate Programs

M.Sc. in Aerospace Engineering – Aerospace Structures
Ph.D. in Aerospace Engineering – Aerospace Structures

Faculty Members

Dr. Alireza Torabi
Dr. Raham Rafiee (Head of Department)
Dr. Shahrokh Shams
Dr. Mehdi Fakoor Saghiyeh
Dr. Parviz Mohammad Zadeh
Dr. Babak Mirzavand Boroujeni

# Aerospace Structures Department

**School of Aerospace Engineering**

**University of Tehran**

## Vision and Mission

The Aerospace Structures Department is committed to advancing education and research in key strategic areas including next-generation aviation systems, wind and renewable energy, transportation efficiency enhancement, environmental sustainability, and advanced structural and material design.

Our mission is to educate highly skilled engineers and researchers capable of contributing to the development of innovative aerospace and wind turbine structural technologies. With a strong emphasis on interdisciplinary collaboration and real-world impact, we aim to support national technological advancement while expanding our international scientific presence.

Our vision is to become a nationally and internationally recognized center of excellence in structural sciences education and research. We strive to foster innovation, build strong industry and societal partnerships, and prepare professionals dedicated to the development of sustainable and responsible technologies. Expanding global academic collaborations and strengthening our interdisciplinary impact remain core priorities.

## About the Department

The Aerospace Structures Department focuses on the science and engineering of aerospace structures.

Structures constitute one of the most fundamental and applied branches of aerospace engineering. This field investigates the behavior, strength, stability, and performance of materials and structures in aeronautical and space systems. It plays a vital role in the analysis and design of flight vehicles and space systems.

Research in this area includes the study of forces, moments, aero-structural interactions, and thermal effects, all of which directly influence system efficiency, safety, and reliability. By integrating mathematics, physics, and engineering principles, structural science provides innovative solutions across various sectors including:

* Aerospace and aviation systems

* Ground, rail, and marine transportation

* Wind energy harvesting

* Architecture and urban infrastructure

* Environmental and biomedical applications

Given the growing demand for lightweight, optimized, and high-performance structures, the education of specialists in this field significantly contributes to quality of life improvement and sustainable development.

The department is distinguished by advanced laboratory facilities, active research projects, and close collaboration with aerospace industries and leading academic institutions.

## Main Research Areas

  • Fluid–Structure Interaction (FSI), Flight Dynamics, and Thermal Effects

  (Aeroelasticity, Aeroservoelasticity, Aerothermoelasticity, and related fields)

  • Advanced structural design of aircraft, helicopters, spacecraft, and space systems

  • Analysis and design using advanced composite and nanocomposite materials

  • Structural dynamics and vibration analysis

  • Fracture mechanics and failure analysis

  • Structural optimization and multidisciplinary design optimization (MDO)

  • Application of Artificial Intelligence in the design, development, and operation of next-generation aviation systems

  • Development of rotating systems structures, gas turbines, helicopter blades, rotorcraft, and wind turbines

  • Structural applications in energy, civil engineering, marine engineering, urban systems, medical engineering, and environmental systems

  • Advanced computational methods including Finite Element Methods (FEM) and other modern numerical techniques

## Academic Programs

### M.Sc. in Aerospace Engineering

**Specialization: Aerospace Structures**

### Ph.D. in Aerospace Engineering

**Specialization: Aerospace Structures**

## Faculty Members

* Dr. Alireza Torabi

* Dr. Raham Rafiee (Head of Department)

* Dr. Shahrokh Shams

* Dr. Mehdi Fakoor Saghiyeh

* Dr. Parviz Mohammad Zadeh

* Dr. Babak Mirzavand Boroujeni

## Laboratories and Research Centers

* Aeroelasticity and Vibrations Laboratory (Dr. Shahrokh Shams)

* Multivariable Optimization Laboratory (Dr. Parviz Mohammad Zadeh)

* Fracture Research Laboratory (Dr. Alireza Torabi)

* Composite Research Laboratory (Dr. Raham Rafiee)

* Creep of Passive Mechanical Components Laboratory (Dr. Mohammad Hossein Saboor)

* Space Systems Laboratory (Dr. Mehdi Fakoor Saghiyeh)

* Advanced Materials and Structures Laboratory (Dr. Babak Mirzavand Boroujeni)

## Collaborations and Opportunities

* Joint research projects with relevant industries

* Research and internship opportunities for students in laboratories and national industries

* International exchange programs and collaborative research projects with leading global institutions