Projects

This project focused on simulating the tensile behaviour and damage mechanisms of recycled carbon fibre patch composites (CFPCs) using Abaqus/Standard. The aim was to model interfacial delamination and progressive failure by implementing cohesive zone modelling (CZM). Cohesive surface interactions were used to capture damage between overlapping patches, while cohesive elements were applied between plies to represent delamination. The simulation successfully reproduced failure

Nano-bubbles in blood flow play an important role in biomedical applications such as targeted drug delivery and diagnostic imaging. In this study, we carried out a numerical investigation of nano-bubble transport in a bifurcated artery using ANSYS. Blood was modeled as a non-Newtonian fluid with the Carreau–Yasuda model, while nano-bubbles were introduced as a passive scalar phase at physiologically relevant concentrations. Two cases were simulated: one with blood flow alone

At Solveng , we believe in developing engineering solutions that address real-world challenges. One such challenge is water pollution; specifically the accumulation of floating waste in lakes, rivers, and oceans. To explore innovative ways of tackling this issue, we developed a Simulink-based simulation of an autonomous ship designed to collect waste from water bodies . Project Overview The concept is simple but impactful: a small autonomous ship moves across the water surfac

Proton Exchange Membrane Fuel Cells (PEMFCs) are an emerging clean energy technology that convert chemical energy directly into electricity. In this study, we performed a PEMFC simulation using ANSYS Fluent to analyze the transport phenomena within the cell. The model captures key processes including reactant gas flow, proton transport through the membrane, and water management within the cell. Serpentine flow field designs of different channel widths were analyzed, and the r

Micro-indentation is a widely used technique to evaluate the mechanical response of materials at small scales. In this study, we performed a micro-indentation simulation using Abaqus/Explicit with the Smooth Particle Hydrodynamics (SPH) method . The SPH approach provides an effective way to model large deformations and material flow without the limitations of mesh distortion. A rigid indenter was pressed into a solid block, and the resulting von Mises stress distribution  was

This study presents a cutting-edge approach to helicopter main rotor design, leveraging SolidWorks software for precise modelling and analysis. By integrating advanced engineering principles, we develop an optimized rotor system that enhances performance and efficiency. Our design process focuses on aerodynamic efficiency, structural integrity, and operational stability, ensuring superior flight dynamics. Through rigorous simulation and testing, we validate the effectiveness

This study explores nonlinear dynamics in turbine blades, emphasizing the intricate role of friction. By introducing a novel coupling effect in our experimental model, we analyze the interplay between tangential and normal friction forces, alongside lateral energy dissipation. Our approach surpasses conventional turbine blade contact models, offering a comprehensive understanding of their dynamic behaviour. Leveraging the multi-harmonic balance method, we derive a mathematica

Our research addresses challenges in Micro Air Vehicle (MAV) design, emphasizing adaptability, reliability, and scalability for both military and civilian applications. We introduce an innovative S-shaped thin cambered airfoil to enhance aerodynamic performance, alongside comprehensive aerodynamic analysis using Computational Fluid Dynamics (CFD). Objectives include designing a versatile MAV capable of executing various mission profiles, optimizing aerodynamic characteristics

Explore our project, where we conduct a comprehensive vibrational analysis of aircraft nose landing gear utilizing Simscape. We delve into both active and passive systems to thoroughly evaluate dynamic behaviour under diverse conditions. This analysis aids in optimizing performance and ensuring structural integrity, contributing to enhanced aircraft safety and efficiency. Gain valuable insights into the vibrational characteristics of nose landing gear for improved aircraft de

Our project introduces an IoT-based multifunctional agriculture system designed for precision farming, integrating seed sowing, grass cutting, and ploughing functionalities into a single efficient prototype. By optimizing resources, leveraging data-driven insights, and automation, we aim to address challenges in contemporary agriculture practices.   The integrated system utilizes sensors to monitor environmental parameters like soil moisture and temperature, transmitting real

Our project involves the design and implementation of a sophisticated solar concentrator system, integrating a two-dimensional tracking mechanism for optimal performance in terms of elevated temperatures, maximum power output, and precise sun tracking. Leveraging SolTrace program and 3D SolidWorks modeling, we conducted thorough research and design optimization to develop a parabolic dish and fluid-based heat exchange mechanism capable of achieving temperatures up to 500°C. T

Enhance the performance and safety of electric vehicles (EVs) with efficient thermal management of lithium-ion batteries. Our study delves into crucial aspects of EV battery temperature control, addressing obstacles and proposing innovative solutions. By examining current and emerging technologies, we provide insights into the best approaches for effective thermal management. The project focuses on a Renault Zoe battery, utilizing SOLIDWORKS for 3D modeling and ANSYS for CFD

Explore the dynamics of swirling jet impingement and heat transfer characteristics with our project, employing computational fluid dynamics (CFD) and experimental analysis. We delve into key factors like outlet diameter, swirl number, and Reynolds number, assessing how inlet shape and nozzle outlet diameter influence fluid dynamics and heat transfer. Utilizing SOLIDWORKS for CAD design and subsequent CFD simulations, we validate results against experiments. Our study includes

Explore the integration of renewable energy sources with our Simulink project, focusing on photovoltaic (PV) and wind power, combined with battery storage. This hybrid system aims to optimize energy generation and storage for efficient meeting of varying demand conditions. Through Simulink simulations, we delve into dynamic interactions between the PV array, wind turbine, and battery storage, analyzing system performance metrics such as power generation, storage, and grid int

This paper explores the integration of Vehicle-to-Grid (V2G) and Grid-to-Vehicle (G2V) technology within a microgrid using Level 3 EV fast charging. By utilizing electric vehicle (EV) batteries as energy storage devices, excess energy is stored during low demand periods and fed back to the grid during peak demand. The architecture includes a DC fast charging station interfacing with EVs, enabling V2G-G2V power transfer. Simulation studies demonstrate active power regulation a

This bachelor's project, developed for our Turkish client, introduces an innovative Electric Bicycle powered by a Brushless DC (BLDC) motor. It includes the design of a three-phase bridge for electronic communication, a PWM control scheme, and a two-way battery charging system via solar and household power. The Electric Bicycle offers a cleaner and more efficient mode of transportation, reducing pedaling effort and addressing issues like traffic congestion and parking difficu

In collaboration with our Spanish client, we conducted a Finite Element Method (FEM) course project focused on the analysis of a bridge structure. Utilizing MATLAB, we performed comprehensive assessments to determine nodal displacement and stress distributions across the bridge. Subsequently, we translated our findings into a prototype and conducted rigorous testing to validate the accuracy of our analyses. This project exemplifies our commitment to advancing engineering prof

In collaboration with our esteemed Mexican client, we conducted a static structural analysis using Ansys to verify hand calculations and other calculations. Focused specifically on the fuselage frame, our objective was to ensure the structural integrity and safety of the aircraft component. By employing Ansys, we meticulously scrutinized the frame's response to various loading conditions, comparing the results with hand calculations to validate accuracy. This project undersco

In response to the request from our Irish client, we undertook a SolidWorks project to enhance the design of a steering cowl cover. Our task involved adding a specific texture to the cover, meticulously tailored to meet the client's requirements. By leveraging advanced SolidWorks capabilities, we meticulously crafted the desired texture, ensuring precision and attention to detail. Subsequently, the finalized design was prepared for 3D printing, ensuring seamless integration o

Addressing the needs of our Taiwanese client, we conducted a thorough particle tracking project using ANSYS Fluent to assess the efficiency of an atomizer model. Our primary objective was to analyze the vapor spraying process and quantify various particle behaviors, including tracked, escaped, trapped, and reflected particles. Through iterative simulations, we refined the model until convergence, ensuring accurate insights into atomizer performance. This project underscores o