Steam turbines are used around the world to generate power, but the vast majority are of the axial flow design. In situations where radial flow designed units need to be repaired, they are usually ...

Object Details author El-Sayed, Ahmed F. Contents History and classifications of aero-engine -- Performance parameters of jet engines -- Pulsejet and ramjet engines -- Turbojet engine -- Turbofan ...

In contrast, fluid flowing through a radial turbine strikes the plain blade in the direction of the tangent or 90° to the rotational axis (hence also referred to as tangential flow): Titan Enterprises ...

The pros and cons of axial flux and radial flux in serving the surging global electric-motor market demand. As the world rapidly electrifies, demand for specialized motors is exponentially ramping up.

Most gas turbines use an axial flow compressor and an axial flow turbine design, and have more than a thousand individual parts. In contrast, the SwRI design is based on a purely radial flow, ...

A universal parametric design approach will help take the ... R.A. et al. Application of the Parametric Method for Profiling the Interblade Channels in the Nozzle Cascades of Axial-Flow Turbine ...

Infinity Turbine Megawatt-Class ROT Turbine Infinity Turbine Unveils Waste Heat to Energy 3 MW Organic Rankine Cycle Modular Radial Outflow Turbine Generator Set for Renewable Energy Markets ...

Radial Outflow Turbine by Infinity Turbine Drawing of ORC Turbine Generator Inside Assembly Infinity Turbine IT10 10 kW System with ROT Turbine and Magnetic Coupling ...

Unified treatment of principles underlying fluid mechanic design of hydraulic pumps, turbines and gas compressors. Similarity and scaling laws. Cavitation. Analysis of radial and axial flow machines.

Up to now, most large turbines used two bearing sets to handle axial and radial loads separately. Using only one bearing means only rotor torque gets transmitted to the drivetrain and that weight ...