PERFORMANCE ANALYSIS OF RATE OF INCREASING HEAT TRANSFER IN A COMPOSITE MATERIAL ON MICRO TUBES USING CFD

In the last two years, the calculations have been made for a tube whose measurement ranges from 50 to 500 μm. The normal match number in the outlet level of the gag current depends on the pipe width and reaches 1.16 to 1.25. The properties of the low-flow gas stream were detected in a straight pipe of a smaller scale. A smaller scale tube whose total sum of the air is pushed out so that electrons in motion do not push against any gas particle and can effectively move from one terminal to another. The cathodic bundle tubes, which include picture tubes and other video tubes, are the most commonly used miniaturized scale tubes. In this statement, the development of heat exchange research has been improved by the use of new types of heat exchange liquids called nanosubstance’s that have nanoparticles. The limited convective laminar flow of various types of nano liquids (TIC and MGO), for example (TIC and MGO), with various volume sections of 0.4 and 0.5 using water as a liquid base, has been investigated through CFD research. The micro tube (meter) with a width of 0.01 cm and a length of 20 cm is used in this test. This test covers the Reynolds number in the range 90 to 800. Heat investigates to determine the temperature and movement of the heat with different materials. Materials currently used for copper tubes on a small scale, replace with compound materials