[Let’s Print] has been fascinated with creating a 3D printed axial compressor that can do meaningful work, and his latest iteration mixes FDM and SLA printed parts to successfully inflate (and ...

This method is suitable for the calculation of air compressor blades with a capacity of up to 300 kg/s. with a pressure ratio of up to 4.5 and a circumferential speed of more than 280 m/s. The ...

Axial flow compressor can pressurize gases continuously. These axial compressors include a radial component through the compressor which makes it different from another rotating compressor such as a ...

Abstract: This chapter contains sections titled: 8.1 Introduction, 8.2 Cascade tests, 8.3 The preliminary design of single-stage fans and compressors, 8.4 Prescribed-curvature compressor-blade design, ...

But what if you just skipped the whole turbine part, and powered the compressor with an electric motor? And instead of using an axial compressor with tons of tiny blades that would likely be ...

Abstract: This book examines the full spectrum of compressor types, how they operate, how to control them, and how operating conditions can significantly impact their performance. Discussed in detail ...

This README file details the Computational Fluid Dynamics (CFD) analysis of the NASA Rotor 37 using ANSYS CFX. NASA Rotor 37 is a well-known transonic axial compressor rotor used extensively for ...