The paper presents FEM based study of various heatsink designs. The main aim of the study is to determine and evaluate solutions with improved heat dissipation by utilization of natural convection. Seventeen different cases both classical and proposed by the authors are studied, where each case is examined under three different heat source (in the case with the proposed study a transistor) powers. Results for temperature of the power source and velocity magnitudes in the studied volume are presented and comparted. Experimental verification of the modeling is presented for selected cases
The purpose of the project is to design a heat sink with limited information given and make sure it ...
The purpose of the project is to design a heat sink with limited information given and make sure it ...
The increasing heat flux densities from portable electronics are leading to new methodologies being ...
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
This research, which has been done in close collaboration with industrial partners, Alpha Technologi...
This paper presents a numerical study of thermal performance on heatsink configurations for power el...
Power conversion units are used any time there is an electrical energy conversion or a nominal volta...
The move in the aerospace industry towards More Electric Aircraft (MEA) resulted in an increased int...
ABSTRACT A study of thermal management of a harsh environment power electronics system is presented....
The move in the aerospace industry towards More Electric Aircraft (MEA) resulted in an increased int...
Electronics has leaded most technological advances of the past 60 years. There are technologies with...
AbstractHeatsinks have long been used for cooling of electronic components to maintain them under th...
The purpose of the project is to design a heat sink with limited information given and make sure it ...
The purpose of the project is to design a heat sink with limited information given and make sure it ...
The purpose of the project is to design a heat sink with limited information given and make sure it ...
The increasing heat flux densities from portable electronics are leading to new methodologies being ...
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
This research, which has been done in close collaboration with industrial partners, Alpha Technologi...
This paper presents a numerical study of thermal performance on heatsink configurations for power el...
Power conversion units are used any time there is an electrical energy conversion or a nominal volta...
The move in the aerospace industry towards More Electric Aircraft (MEA) resulted in an increased int...
ABSTRACT A study of thermal management of a harsh environment power electronics system is presented....
The move in the aerospace industry towards More Electric Aircraft (MEA) resulted in an increased int...
Electronics has leaded most technological advances of the past 60 years. There are technologies with...
AbstractHeatsinks have long been used for cooling of electronic components to maintain them under th...
The purpose of the project is to design a heat sink with limited information given and make sure it ...
The purpose of the project is to design a heat sink with limited information given and make sure it ...
The purpose of the project is to design a heat sink with limited information given and make sure it ...
The increasing heat flux densities from portable electronics are leading to new methodologies being ...