Project

Development and fabrication of micro-grooved heat pipes for high-flux electronic cooling applications

(Completed Project)

Groups:

People:

  • Barbaros Çetin
  • Zafer Dursunkaya (METU-ME)
  • Yiğit Akkuş (ASELSAN A.Ş.)
  • Hossein Alijani
  • Serdar Taze

Funding:

TÜBİTAK 1001 (213M351)

Project Duration:

Start Date: March 15th, 2015
Completion Date: December 15th, 2016
 

Summary:

In this project, micro-groove heat pipes that can be used in cooling of the electronic equipments were fabricated and investigated through analytical and experimental techniques. A computational model was developed to model an integrated micro-grooved heat pipe architecture starting with the theoretical modeling of heat transfer and fluid flow problems occurred within the heat pipes. Following the 3D modeling, the micro-grooved heat pipes were fabricated and tested through an experimental setup which was developed as a part of the project. The heat pipes were tested for different filling ratio, different heat flux values, different groove sizes and different working fluids. Both metal heat pipes and silicon heat pipes were tested, the thermal performance of the heat pipes were characterized, and the optimum operating conditions were indicated.

Related Publications:

    Journal Papers

  • Alijani, H., Çetin, B., Akkus, Y., Dursunkaya, Z. (2018). "Experimental thermal performance characterization of flat grooved heat pipes ", Heat Transfer Engineering (In press)
    Full Text

  • Alijani, H., Çetin, B., Akkus, Y., Dursunkaya, Z. (2017). "Effect of design and operating parameters on the thermal Performance of flat grooved heat pipes", (Under Review)

  • Akkuş, Y., Tarman, H.İ., Çetin, B., Dursunkaya, Z. (2017). "Two-dimensional computational modeling of thin film evaporation", Int. J. Thermal Sciences, v.121 p.237–248
    Full Text

  • Conference Papers

  • Alijani, H., Çetin, B., Akkuş, Y., Dursunkaya, Z. (2017). "3-D modeling of a flat-grooved heat pipe", 10th Int. Conf. on Comput. Heat Mass Transfer, May 28 - June 1, Seoul, Korea
    Full Text

  • Akkuş, Y., Çetin, B., Dursunkaya, Z. (2017). "Modeling of of evaporation from a sessile constant shape droplet", ASME 15th Int. Conf. Nano/Micro/Mini-channels (ICNMM 2017), August 27-31, Cambridge, MA, USA (Paper No: 5537)
    Full Text

  • Atay, A., Sarıaslan, B., Kuşcu, Y.F., Akkuş, Y., Saygan, S., Türker, A.G., Çetin, B., Dursunkaya, Z. (2017). "Sinterli ve oluklu ısı borularının kuruma sınırlarının deneysel tespiti", 21th National Conference on Thermal Sciences (ULIBTK'17), September 13-16, Çorum, Turkey (Paper No: 182)
    Full Text

  • Alijanvad, H.A., Çetin, B., Akkuş, Y., Dursunkaya, Z. (2016). "Experimental investigation of thermal performance of aluminum-grooved micro heat pipe", 5th Micro and Nano Flows Conference, September 11-14, Milan, Italy
    Full Text

  • Taze, S., Çetin, B., Dursunkaya, Z. (2015). "Multi-physics modeling of silicon micro-grooved heat pipe", 8th International Conference on Computational Heat and Mass Transfer(139), May 25-28, Istanbul, Turkey
    Full Text

  • Taze, S., Çetin, B., Yılmaz, M., Dursunkaya, Z. (2015). "Assessment of different micro-fabrication techniques for the fabrication of a micro-groove heat pipe", 20th National Conference on Thermal Sciences (ULIBTK'15), September 2-5, Balıkesir, Turkey
    Full Text

  • M.Sc. Theses

  • Hossein Alijani Alijanvad (Advisor: Asst. Prof. Dr. Barbaros Çetin), (2017). "Thermal performance characterization of flat grooved heat pipes", Bilkent University, Mechanical Engineering Department, Ankara, Turkey

  • Serdar Taze (Advisor: Asst. Prof. Dr. Barbaros Çetin), (2015). "Modeling and fabrication of silicon micro-grooved heat pipes", Bilkent University, Mechanical Engineering Department, Ankara, Turkey
    Full Text

Related Presentations:

    Presentations

  • Alijani, H., Çetin, B., Akkuş, Y., Dursunkaya, Z. (2017). "Experimental investigation of thermal performance of an aluminum flat-grooved heat pipe", August 27-31, ASME 15th Int. Conf. Nano/Micro/Mini-channels (ICNMM 2017)

  • Taze, S., Çetin, B., Dursunkaya, Z. (2016). "Multi-physics Modeling and Fabrication of Silicon Micro-grooved Heat Pipes", October 7, Heat Pipe & High-Heat Flux Technologies and Applications Symposium

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