Zia Javanbakht
Senior Lecturer
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About
Dr. Zia Javanbakht is a lecturer at Griffith University, Australia. He specializes in multi-scale modeling and analysis of advanced materials, with recent research focusing on the behavior of additive manufactured structures and composite materials. His work includes exploring the mechanical properties of various engineered materials and developing innovative fabrication techniques for high-performance structures.
Positions (1)
Zia Javanbakht
Griffith University
Griffith University is recruiting a prospective PhD student in metamaterials and auxetics , with a strong preference for applicants who can contribute to finite element modelling , computational mechanics , continuum mechanics , and/or machine learning . The post is shared by Zia Javanbakht , Senior Lecturer at Griffith University, and the lab website indicates that this is an active PhD recruitment call. The research environment includes topics such as multi-layered semi-auxetics for energy-absorbing applications and modelling fibre-reinforced composites , with micromechanical models, computational techniques, and experimental validation all highlighted as relevant directions. According to the positions page, there are currently no vacancies for post-doc or Research Fellow positions . The page also states that only self-funded Master's and PhD students are considered. For PhD applicants, the lab requests a short email (maximum 150 words) titled “PhD application (auxeticslab)” , along with a CV, Bachelor’s and Master’s transcripts, your topic of interest (metamaterials or auxetics), your expertise in computational/continuum mechanics or machine learning, and one best publication. No deadline is stated in the post or on the linked positions page. Interested candidates should follow the application instructions in the linked post/page and submit the requested materials directly.
Articles (9)
Year:
2025
Year:
2025
Year:
2024
Year:
2024
Year:
2023
In the composite industry, wet lay-up and vacuum bagging are widely used, low-cost manufacturing processes. This paper investigates the mechanical performance of wet layup and vacuum bagged carbon fibre-reinforced laminates compressed in a hydraulic press at different compaction pressures. The external compaction pressure is shown to significantly reduce void content, and increase the fibre volume fraction and mechanical performance of tested laminates. The tensile and flexural properties of tested specimens subjected to high levels of external compaction pressure are found to be comparable to those of out-of-autoclave (OOA) prepreg specimens. It is summised that the use of external compaction pressure over wet layup and vacuum bagged composites offers a low-cost (and low-energy) industrial processing route for manufacturing high-performance carbon fibre-reinforced components.
Year:
2022
Year:
2021
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2020
Year:
2020
Collaborators (3)
SARDAR MALEK
Assistant Professor
University of Victoria
Mohammad J. Mirzaali
Delft University of Technology
Wayne Hall
Griffith University
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