This paper on transonic turbocharger compressors looks at the most effective ways to reduce noise while also meeting traditional requirements such as good choke and stall margin, high boosting pressure ratio and high stage efficiency.
It suggests, in order for the radial and mixed-inflow turbines to be widely used for the turbocharger application. The design of a turbocharger turbine with good performance still presents a lot of challenges.
In this paper, we discuss how the baseline design is based on an existing runner designed with TURBOdesign1 by Zhu
The paper highlights the ideal gas assumption is not proper for the design of turbomachinery blades using supercritical CO2 (S- CO2) as working fluid especially near the critical point.
In this study, a multi-objective optimization design system, including a 3D inverse design is applied to a Pump-turbine.
The paper highlights design guidelines for application of inverse design method to Francis turbine runners.
A methodology is presented for designing waterjet pumps to meet multi-objective design criteria.
The aim of this paper is to present the design of an axial fan able to reach the demanded performance with high efficiency and low noise emissions.
This paper shows briefly the advance in the aerodynamic and acoustic development for a new axial electronic cooling fan family by using inverse design.
