MODELLING OF HEAT EXCHANGE IN FLEXIBLE CONDUCTORS OF HALOGEN LAMPS OF THERMAL TEST FACILITY

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Abstract


Current work is dedicated to the evaluation of the possibility of safety use of serial halogen lamps for high power radiating heating test facilities with active cooling of the bulbs. Complex modeling of electrical and thermal processes occurring at various (standard, forced and extreme) facility operation modes has been carried out. The temperature values in the individual elements of the lamp supply system are obtained. A variant of the booth design, which provides the cooling of flexible wires and bus lines by the air flow, is rational from the point of safety and ensuring long-term uninterrupted operation view.


R S Baldzhiev

Principal contact for editorial correspondence.
r.baldji@yandex.ru
Bauman Moscow State Technical University (National Research University) 2-nd Baumanskaya str., 5/1, Moscow, Russia, 105005

Riza S. Baldzhiev, Master of Science, postgraduate student of department SM-13 “Rocket and Space Composite Structures”, Bauman Moscow State Technical University. Research interests: computer simulation of thermal processes in the objects of aerospace engineering, design and construction of facilities for thermal testin g, development and testing of products from composite materials.

A A Alekseyev

alexart93@bk.ru
Bauman Moscow State Technical University (National Research University) 2-nd Baumanskaya str., 5/1, Moscow, Russia, 105005

Artemij A. Alekseev, Master of Science, postgraduate student of department SM-13 “Rocket and Space Composite Structures”, Bauman Moscow State Technical University. Research interests: computer modeling of the stress-strain state of objects of aerospace engineering, modeling of thermal processes, topological optimization of composite structures.

P V Prosuntsov

pavel.prosuntsov@mail.ru
Bauman Moscow State Technical University (National Research University) 2-nd Baumanskaya str., 5/1, Moscow, Russia, 105005

Pavel V. Prosuntsov, Doctor of Engineering Science, professor of department SM-13 “Rocket and Space Comp osite Structures»”, Bauman Moscow State Technical University. Resear ch interest s: computer modeling and identifi cation of combined heat transfer processes.

  • Zvorikin D.B., Alexandrova А.Т., Baikaltsev B.P. Reflective infrared heat ovens. M.: Machinostroenie, 1985. 176 p.
  • Eliseev V.N., Tovstonog V.A. Heat exchange and thermal testing of materials and structures of aerospace engineering under radiation heating. M.: Bauman Moscow State Technical University Publisher, 2014. 396 p.
  • Gofin M.Y. Heat resistant and thermal protective structures of reusable aerospace vehicles. M.: Mir, 2003. 637 p.
  • Baldzhiev R., Prosuntsov P. Modeling Combined Heat Transfer in the Operating Area of the High Power Heating Test Facility. MATEC Web of Conferences. EDP Sciences, 2017. Т. 110. S. 01009. doi: 10.1051/matecconf/. 201711001009.
  • Product catalogue LISMA [digital resource]. LISMA, 2017. Access mode: http://lisma.su/katalogproduktsii/galogennye/kg-220-2000-5/?sphrase_id=14481 (accessed date: 28.08.2017).
  • Virag M., Murin J. Thermal Field Simulation of a Tungsten Filament Lamp Referring to Its Lifetime. Journal of ELECTRICAL ENGINEERING. 2005. V. 56. No. 9-10. P. 252—257.

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Copyright (c) 2017 Baldzhiev R.S., Alekseyev A.A., Prosuntsov P.V.

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