Case study
aerodynamics
fluid mechanics
thermodynamics
Driving Aerospace Engineering and Thermo Fluid Science Courses at Kent State University
Driven by a commitment to excellence and with a vision to establish a robust program in aerospace engineering and thermal fluid sciences, Dr Aziz explored various product options before deciding to integrate TecQuipment’s teaching apparatus into Kent State University’s cutting-edge curriculum and recently inaugurated state-of-the-art Aeronautics and Engineering building. Kent State’s aerospace engineering program, led by Dr Aziz, boasts a thermo fluids sciences lab equipped with an array of TecQuipment apparatus. This includes products such as:
The lab sessions cover a range of experiments each week, providing hands-on experience in fluid mechanics, heat transfer and thermal dynamics. TecQuipment’s Subsonic Wind Tunnel (AF1300) is also used in a separate research-focused
lab for applied fluid dynamics. It serves as a valuable tool for testing model aircraft and various geometries, enabling students to explore aerodynamics applications. One notable experiment involves studying the effect of winglet configurations on model airplanes, providing valuable insights into aerodynamic performance. Kent State University’s collaboration with TecQuipment solidifies its commitment to providing students with an outstanding learning experience focused on a comprehensive and practical understanding of aerospace engineering. The success of Dr Aziz’s thermal fluids laboratory serves as a testament to TecQuipment’s pivotal role in advancing the next generation of engineers.
• Bernoulli’s Theorem (H5) • Flow Measurement (H10)
• Ideal Gases – Boyle’s Law (TD1000) • Viscosity and Particle Drag (H410) • Centre of Pressure (H11) • Osborne Reynolds Apparatus (H215), and more. The lab also incorporates heat transfer apparatus for both linear and radial heat transfer, enhancing the understanding of fundamental principles.
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