Andere Kunden interessierten sich auch für
![A Comparative Characteristics of Wave & Cylindrical Journal Bearing]( "A Comparative Characteristics of Wave & Cylindrical Journal Bearing")
A Comparative Characteristics of Wave & Cylindrical Journal Bearing26,99 €![NUMERICAL COMPUTATION FOR STRESS ANALYSIS OF JOURNAL BEARING]( "NUMERICAL COMPUTATION FOR STRESS ANALYSIS OF JOURNAL BEARING")
NUMERICAL COMPUTATION FOR STRESS ANALYSIS OF JOURNAL BEARING29,99 €![Thermo-hydrodynamic Analysis of Journal Bearing]( "Thermo-hydrodynamic Analysis of Journal Bearing")
Thermo-hydrodynamic Analysis of Journal Bearing32,99 €![Steady State Creep In Rotating Thick Walled Composite Cylinders]( "Steady State Creep In Rotating Thick Walled Composite Cylinders")
Steady State Creep In Rotating Thick Walled Composite Cylinders26,99 €![PowerUp: Mechanism to Power Personal Wheelchair Lift]( "PowerUp: Mechanism to Power Personal Wheelchair Lift")
PowerUp: Mechanism to Power Personal Wheelchair Lift40,99 €![Rotordynamics of Gas-Lubricated Journal Bearing Systems]( "Rotordynamics of Gas-Lubricated Journal Bearing Systems")
Rotordynamics of Gas-Lubricated Journal Bearing Systems77,99 €![Control Algorithms for UAV's Steady Level Flight]( "Control Algorithms for UAV's Steady Level Flight")
Control Algorithms for UAV's Steady Level Flight36,99 €
The purpose of this book is to investigate the steady-state behavior of a pressurized wave bearing. The pressurized air wave journal bearing was analyzed using a commercial CFD software, Fluent. The 3D Navier Stokes compressible equations were integrated to simulate the flow. Turbulence effects were included in the computation. The real geometry of the wave bearing and of the supply holes were simulated by using a structured grid. The steps performed during the numerical simulation and the set-up of Fluent used in the book are presented in detail.