This project focuses on simulating the behavior of group piles using the Finite Element Method (FEM) to analyze load distribution, soil-structure interaction, and overall performance under different loading and soil conditions. It aims to provide accurate insights for geotechnical engineering applications.
This project involves designing efficient parking layouts, addressing factors such as space optimization, user accessibility, traffic flow, and safety. It aims to create functional parking solutions tailored to specific site conditions and user needs.
This project focuses on simulating traffic flow and the functioning of intersections to analyze traffic behavior, optimize signal timings, and improve overall traffic management. It aims to provide insights for enhancing traffic efficiency and reducing congestion.
Modelling for master students is an essential step in the dissertation methodology. This service includes conducting a model using OpenLCA software for multiple topics such as houses, chemical processes, industries and others. This software allows estimating the impact of process steps on the environment by calculating gas emissions such as carbon dioxide performed as parameters of climate change, global warming, eutrophication and others.
Master dissertations relays on either quantitative methodology or qualitative one. Some topics might need both to address the issue and reach a proper solution. This service encompasses the analysis of current waste amounts recycled quantities, and relevant policies within a specific country. Mapping the flows of across the country aids in estimating the quantities of plastic in stock and in use; also, the research identifies the gaps and the opportunities for enhancement.
Modelling for master students is an essential step in the dissertation methodology. This service includes conducting a model using Aspen Plus software for industrial and chemical process plants including reaction units, separation units and others.
Modeling for master's students is a crucial component of the dissertation methodology. This service entails creating a model using Aspen HYSYS software for industrial and chemical processes, including reaction units, separation units, heat exchangers, pressure changers, and more. This software enables the development of various case studies utilized in sensitivity analysis.
This encompasses design calculations for various types of reactors, including plug flow reactors (PFR), stirred tank reactors (CSTR), batch, and packed bed reactors (PBR). The design of a reaction unit involves estimating parameters such as length, diameter, among other terms.
Distillation column design encompasses both chemical and design calculations including the sizing of the unit, the internals, the support, the head type, the design of attached auxiliary units and pipelines, and other aspects.
Wastes are treated (gasified, incinerated, burnt, ...) to produce gases that are utilized to produce energy and electricity. This service provides a complete analysis of waste treatment processes to choose the most feasible process in terms of environment, economic, energy recovery and others.
Projects in this area may include laboratory-scale experiments to determine optimal dosages, pH ranges, and temperature conditions for effective coagulation using natural coagulants, like guar gum, moringa oleifera, and Jatropha Curcas
Find effective technologies that improve structural qualities and assist the building industry, as well as examine the impacts that 3D printing may create on structural elements if it is employed in the construction sector