Abstract
The thought of heat pipe is effectively utilized in mechanism. The heat pipe device has less maintenance price, house and running price. The heat pipe equipped hydraulic oil cooler uses heat pipe module includes of a base metal block with oil channels machined on the highest face of metallic element block on that top plate is fitted. The heat pipe wont to transfer the heat from the new oil to the encircling air through fins is press fitted within the cavity of this metal block. The heat pipe evaporator section is in direct contact with hot oil whereas the condenser section of the heat pipe is fitted within the circular cavity in the spiral radial fin structure. The spiral fins act as heat improvement technique as they provide most expanse.
Highlights
Khanwalkar has developed hydraulic oil cooler the usage of the heat pipe cores that have a shroud with fins and different brackets and braces to tightly close the elements into the reservoir
The heat pipe used to transfer the heat from the recent oil to the fins is press equipped within the hollow space of the Aluminum block the warmth pipe evaporator section is in direct touch with hot oil whereas the condenser segment of the heat pipe is geared up within the circular cavity inside the spiral radial fin structure
Once the cold oil temperature is known the heat transferred through the oil is calculated using relations, Q = m X Cp X (Th-Tc) Where, Q = heat is transferred from the system (KJ/s) M = mass flow rate Cp = Specific heat of oil in kJ/kg 0C. (Th-Tc) = Temperature of hot oil at inlet and cold oil at outlet of heat pipe module
Summary
A heat pipe is a heat transfer machine with an extraordinarily excessive high thermal conductivity. A heat pipe built-in with cooling fin is generally named as a heat pipe cooler. When the heat pipe radiator model is used, the average oil temperature is found as 73.844 0C. It suggests that the heat pipe radiator used in the hydraulic motor pump can work in an gorgeous range. It can significantly limit the temperature of the oil in hydraulic motor pump. M. Khanwalkar has developed hydraulic oil cooler the usage of the heat pipe cores that have a shroud with fins and different brackets and braces to tightly close the elements into the reservoir. As the viscosity is greater the pumping energy require for oil may be less this is an advantage of efficient oil cooler
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Schedule a callMore From: International Journal of Analytical, Experimental and Finite Element Analysis (IJAEFEA)
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