Hakan Karademir

• Support undergraduate education in mechanical engineering through laboratory sessions, tutorials, course activities, and technical guidance for students.

• Assist with teaching and academic activities in core mechanical engineering subjects, particularly fluid mechanics, thermodynamics, heat transfer, and related thermal-fluid disciplines.

• Support research activities involving computational

Conducted CFD and thermal-fluid analyses involving fluid flow and heat-transfer problems using ANSYS Fluent, including geometry preparation, meshing, physical-model selection, solution setup and post-processing.

Python for CFD and Engineering Analysis

- Applied Python to support CFD and thermal-fluid engineering workflows, including data processing, engineering calculations, and visualization of

• Conduct research in mechanical engineering with a focus on computational fluid dynamics (CFD), fluid mechanics, heat transfer, and thermal-fluid systems.

• Perform numerical modelling and CFD analyses, including geometry preparation, meshing, selection of physical and numerical models, solution setup, convergence assessment, and post-processing.

• Investigate fluid-flow and heat-transfer pheno

• Designed and developed mechanical components and assemblies using 3D CAD tools, with consideration of functional requirements, manufacturability, and engineering constraints.

• Prepared and revised detailed engineering drawings, component geometries, and technical documentation for manufacturing and design development.

• Supported design improvement through engineering evaluation of geometry,

All But Dissertation

Issued Jul 2023

Issued Mar 2023

Issued Jan 2023

M.Sc. Thesis: Investigation of the Feasibility of Using a Solar-Assisted Ground-Source Heat Pump for Greenhouse Heating in Bursa

Developed an hourly 0D thermal-system model with analytical 1D transient ground heat-conduction modelling for a hybrid solar-assisted ground-source heat-pump system.

Modelled 4,368 hours of seasonal operation and calculated greenhouse heating demand, system energy flow

Issued Jul 2015 · Expired Mar 2016

Issued Jun 2010