Dr. Alireza Rahaie, President of Amirkabir University of Technology (AUT), has announced the university’s readiness to conduct research on the construction of high-quality lightweight concrete.

Key points:

• AI Applications: AUT has extensive plans to utilize AI in areas such as the armed forces and engineering/manufacturing sectors, with a previously exchanged agreement in place.
• Lightweight Concrete Panels: Discussions have taken place regarding the use of high-quality lightweight concrete for protective purposes, such as designing lightweight concrete panels for use as protective walls in various locations. The lightweight nature of the panels would facilitate easier transportation and reuse.
• Lightweight Aggregate Focus: When considering load-bearing capacity for lightweight concrete produced in Iran, emphasis should be placed on lightweight aggregates, which come in both natural and artificial forms.
• Artificial Aggregates: Significant advancements have been made globally in the production of high-quality, high-resistance artificial aggregates.
• Concrete Classifications: Lightweight concretes can be broadly classified based on structural vs. non-structural applications, with either conventional strength or high strength/quality.
• Potential Research Project: The production of various aggregates could be a primary research project at AUT. Natural aggregates also exist and can be used based on their composition, quality, and mechanical resistance.
• Importance of Aggregates: Lightweight aggregate materials play a vital role in the mechanical properties and ductility of concrete and require special attention.
• University’s Readiness: If there is a demand, the university is prepared to conduct research in this area.
• Improving Aggregate Quality: Suggestions for improving aggregate quality aim to produce suitable lightweight aggregates that result in better quality and improved concrete resistance.
• Numerical Studies: AUT researchers are beginning a numerical study on the effects of various loads on lightweight concrete panels for use in lightweight protection systems designed to resist explosive loads. The research will be further developed based on industry needs.