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June 2015

coolingZONE-15 Speaker, Dr. Rahul Mulinti, Ph.D. -- Heat Pipe Selection, Bending and Application Strategies


rahul_mulinti_284  coolingzone 2015 thermal management summit, a live webcast! is happy to announce that dr. rahul mulinti, ph.d. will be speaking on heat pipe selection, bending and application strategies.  designing an optimum heat pipe will depend on several parameters that include but not limited to the heat load, operating temperature, orientation and geometry. this paper will outline some of the strategies that can be used to select the right heat pipe for a specific application.  to register for coolingzone-15 please visit the main conference page here.  or see the coolingzone-15 speaker and topic schedule at the conference program here.


about rahul multinti


dr. mulinti, received his ph.d. in mechanical engineering at university of maryland - college park.  his fields of study included aspects of fluid dynamics including multi-phase flows, jets and vortex flows. his doctoral research at maryland involved studying the phenomenon of rotorcraft brownout, a complex vortex dominated multi-phase flow encountered by rotorcrafts operating in arid desert like conditions.

dr. mulinti current interests include fluid mechanics and heat transfer in development of modern means of transport as well as renewable and sustainable forms of energy.

dr. mulinti's work at noren products includes a wide variety of analysis, development and experimentation of heat pipe,  their innovation and their application to real world heat transfer and thermal management problems.


about his talk at coolingzone 2015

heat pipes are heat transferring devices that rely on phase change phenomenon to efficiently manage heat transfer between a heat source and a heat sink. their high effective thermal conductivity makes them ideal for applications where heat needs to be moved across a certain distance with least thermal resistance. heat pipes offer flexibility in terms of functionality across a wide range of heat loads as well as operating temperatures. they can be bent and manipulated to get around geometric constraints that usually restrict the use of traditional heat transferring mechanisms. designing an optimum heat pipe will depend on several parameters that include but not limited to the heat load, operating temperature, orientation and geometry. this paper will outline some of the strategies that can be used to select the right heat pipe for a specific application.

most heat pipes use some sort of wicking structure that enables the liquid to flow from cold end to the hot end due to capillary action of the wick. bending a heat pipe with the wicking structure inside is tricky and traditional tube bending methods can damage the wick. a proprietary process has been developed at noren products inc., which ensures that the wick maintains its integrity during and after the bending process. tests have been conducted to compare the deformation of copper tubes due to bending using traditional methods in the industry and the novel method developed at noren products inc. this paper outlines some of the details as well as the advantages of this process compared to traditional bending methods.


about coolingzone 2015 thermal management summit, a live webcast!

coolingzone thermal mangement summit s an engineering and technical conference for all professionals in thermal management, electronics cooling, heat transfer and energy transport. the event is in its 15th year. coolingzone brings together not only theory but solutions from leading technology companies in thermal management. our speaker's discuss challenges facing today’s and tomorrow’s electronics and concepts and solutions to solve them. you won’t leave with formulas, you’ll leave with answers and what is on the horizon for your thermal management needs. our live webcast format allows for the broadest audience from around the world to participate and learn from the world's leading experts in thermal management. to register for coolingzone-15 please visit the main conference page here. or see the coolingzone-15 speaker and topic schedule at the conference program here.

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