Blog | Advanced Design Technology

Performance Analysis of Turbopumps

The first part of this article showed how to make use of the different options in TURBOdesign1 to rapidly generate three different turbopump configurations:

Separate...

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Design of Turbopumps

Turbopumps are mainly used in rocket engines and in low suction pressure situations in the industry. As Figure 1 shows, their suction specific speed is very sensitive to...

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Design of an Axial Turbine Rotor

The first step in the design of any turbine is to identify the required specific speed regime of the turbine. This will dictate the meridional shape and hence the...

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Recent Articles

Performance Analysis of Turbopumps

The first part of this article showed how to make use of the different options in TURBOdesign1 to rapidly generate three different turbopump...

Design of Turbopumps

Turbopumps are mainly used in rocket engines and in low suction pressure situations in the industry. As Figure 1 shows, their suction specific speed...

Design of an Axial Turbine Rotor

The first step in the design of any turbine is to identify the required specific speed regime of the turbine. This will dictate the meridional shape...

Automatic Optimization of an Axial Turbine Rotor

In the first part of this article on the design of an axial turbine rotor, we showed that both aerodynamic and mechanical aspects of the baseline...

Automatic Optimization of a Radial Inflow Turbine Rotor

In the first part of this article on the baseline design of a radial inflow turbine stage, we showed that there is a clear trade-off when it comes to...

Design of a Radial Inflow Turbine Stage

The first step in the design of any turbine is to identify the required specific speed regime of the turbine. This will dictate the meridional shape...