Oil Cooling of Electric Motor using CFD
... Figure 2 Cross section of rotor showing the heat losses from the magnets ......................................................13 Figure 3 Magnet losses as a function of the rotational speed (Hagstedt, 2014). ...............................................13 Figure 4 Steady flow between fixed parall ...
... Figure 2 Cross section of rotor showing the heat losses from the magnets ......................................................13 Figure 3 Magnet losses as a function of the rotational speed (Hagstedt, 2014). ...............................................13 Figure 4 Steady flow between fixed parall ...
Design of Thermoresponsive Polymers with
... Stimulus-responsive polymers, a class of smart materials, have influenced many fundamental and applied research fields as diverse as nanotechnology, sensors, catalysis, coatings, and biomedicine.1−4 Polymers that exhibit temperature responsiveness, especially in aqueous solution, are particularly vers ...
... Stimulus-responsive polymers, a class of smart materials, have influenced many fundamental and applied research fields as diverse as nanotechnology, sensors, catalysis, coatings, and biomedicine.1−4 Polymers that exhibit temperature responsiveness, especially in aqueous solution, are particularly vers ...
Supercritical Burning of Liquid Oxygen (LOX) Droplet with Detailed
... A numerical study of the supercritical combustion of a liquid oxygen (LOX) droplet in a stagnant environment of hot hydrogen is carried out with a detailed chemistry model. Special attention is devoted to ignition process and diffusion flame structure. Ignition consists typically of the propagation ...
... A numerical study of the supercritical combustion of a liquid oxygen (LOX) droplet in a stagnant environment of hot hydrogen is carried out with a detailed chemistry model. Special attention is devoted to ignition process and diffusion flame structure. Ignition consists typically of the propagation ...
Thermodynamics: Four Laws That Move the Universe
... response of a material, you will learn what it is that governs when and why the system stops being driven. In other words, you will learn why a system comes to equilibrium. This means that, given any set of external conditions—such as temperature, pressure, and volume—on average, the system no longe ...
... response of a material, you will learn what it is that governs when and why the system stops being driven. In other words, you will learn why a system comes to equilibrium. This means that, given any set of external conditions—such as temperature, pressure, and volume—on average, the system no longe ...
Heat and Thermodynamics
... A body is said to possess energy if it is capable of doing work. Such a definition used in mechanics arises from the fact that most forms of energy can be transformed into work. A moving body possesses energy, known as kinetic, due to its motion. A rock elevated above the ground possesses potential ...
... A body is said to possess energy if it is capable of doing work. Such a definition used in mechanics arises from the fact that most forms of energy can be transformed into work. A moving body possesses energy, known as kinetic, due to its motion. A rock elevated above the ground possesses potential ...
Analysis and Development of Draw Strategies for a
... An experimental and numerical study was conducted on a multi-tank thermal energy storage (TES) for solar hot water heating applications. The setup consisted of three commercially available 270 L domestic hot water tanks and three side-arm, natural convection heat exchangers (NCHE). The tanks were co ...
... An experimental and numerical study was conducted on a multi-tank thermal energy storage (TES) for solar hot water heating applications. The setup consisted of three commercially available 270 L domestic hot water tanks and three side-arm, natural convection heat exchangers (NCHE). The tanks were co ...
Metal foams as compact high performance heat
... 1998, 1999). The great majority of these studies that are covered by Kaviany (1995) consider spherical media, which possess porosities in the range e 0:3–0:6. This configuration is known as a bed of packed spheres, which models fluid flow through sediment and other granular systems. The question aris ...
... 1998, 1999). The great majority of these studies that are covered by Kaviany (1995) consider spherical media, which possess porosities in the range e 0:3–0:6. This configuration is known as a bed of packed spheres, which models fluid flow through sediment and other granular systems. The question aris ...
- Opus
... the electrodes that collect the charges are often normal to the polar direction and so the measured quantity is often treated as a scalar [14]. The ability of small changes in temperature to produce ...
... the electrodes that collect the charges are often normal to the polar direction and so the measured quantity is often treated as a scalar [14]. The ability of small changes in temperature to produce ...
Thermal Engineering - ME6404
... isothermal process the piston moves very slowly and for adiabatic process the piston moves as fast as possible. This speed variation during the same stroke of the piston is not possible. (iii) It is not possible to avoid friction moving parts completely. 55. Name two alternative methods by which the ...
... isothermal process the piston moves very slowly and for adiabatic process the piston moves as fast as possible. This speed variation during the same stroke of the piston is not possible. (iii) It is not possible to avoid friction moving parts completely. 55. Name two alternative methods by which the ...
- Wiley Online Library
... Our understanding about the thermal structure of the subduction zone has improved in the last few decades. The main factors controlling the thermal structure of the subduction zone are the heat advection due to cold subducting slab and hot flowing mantle. Thermal conduction also plays an important ro ...
... Our understanding about the thermal structure of the subduction zone has improved in the last few decades. The main factors controlling the thermal structure of the subduction zone are the heat advection due to cold subducting slab and hot flowing mantle. Thermal conduction also plays an important ro ...
Thermal Properties of Framework Materials: Selected Zeoiites
... conductivity and the Grüneisen parameter are fundamental characteristics of rnaterials. They provide important information such as thermodynamic stability, anharmonicity of lattice vibrations, interatomic interactions and the utility of materials for various applications. The thesis is concerned wit ...
... conductivity and the Grüneisen parameter are fundamental characteristics of rnaterials. They provide important information such as thermodynamic stability, anharmonicity of lattice vibrations, interatomic interactions and the utility of materials for various applications. The thesis is concerned wit ...
