In the case study, you can discover how using ADT helped ebm-papst. Read the article on #turbomachinery #fans

How to control corner separation in compressor vaned diffuser?. The optimum loading distribution for centrifugal compressor vaned diffusers seems to be fore-loaded at the hub and aft-loaded at the shroud. #turbomachinery #compressors.

The consultancy summary discusses how they can improve the impeller suction performance at design point, improve the stall performance and maximise pump head at shut-down. Read the article on #turbomachinery #pumps

How to develop pump series?. By using the blade loading design guidelines, it is rather straightforward to develop individual pumps that are high performance, and also provide good cavitation performance when required. #turbomachinery #pumps.

Once you have imposed the blade loading on your design, you can find all the information you need in one single place. #turbomachinery

How to control shock losses in transonic centrifugal compressors?. Generally it’s found in transonic compressors, even though secondary flows can be present, shock losses will be the dominant source of loss. #turbomachinery #compressors.

What is the process when designing a waste water pump blade?. #turbomachinery #pumps

Rolls Royce uses TURBOdesign Suite to design water propulsion systems, such as water jets and thrusters. The design of the impeller was produced using TURBOdesign1. #RollsRoyce manufactured, tested and confirmed the performance which was validated in operation. #turbomachinery

How to control cavitation in pumps?. Let’s move on to an important phenomenon in pumps, which is cavitation control. #turbomachinery #pumps.

Let's learn:. HOW TO - Reduce Secondary Flow in Compressor Industrial Radial Impellers

Development of New Vertical Line Shaft Pumps:. TURBOdesign1 was introduced at ANDRITZ for hydraulic development of a new vertical line shaft pump. #turbomachinery #pumps

How to Eliminate Corner Separation in a Pump Vaned Diffuser? . Let’s now proceed towards the medium specific speed regimes, and have a look at corner separation in vaned diffusers. #turbomachinery #pumps.

Due to the strong need for environment-friendly (low energy consumption, low noise) and lower manufacturing costs of such equipments, a new design technology enabling higher efficiency, smaller size, and lower noise are demanded. #turbomachinery #fans

How to Reduce Dominant Flow Losses on your Compressor Design?. The entire process is very intuitive and removes any empiricism that is commonly seen in conventional design methods. #turbomachinery #compressors.

Once you have a good understanding of your specific flow issue, whether it’s secondary flow or corner separation or shocks that you’re dealing with, it’s possible to come up with guidelines on the optimum blade loading to tackle each of these issues.

How to hit duty point of a centrifugal pump?. Using the 3D Inverse Design method, the users only need to specify the hub and shroud streamwise blade loading and spanwise rVt* distribution. #turbomachinery #pumps

What is the actual design process when using the 3D inverse design methodology?. This process means that you can really explore the design space very quickly. You only need to use CFD analysis to look off design performance and evaluation. #turbomachinery

Vaned bowl diffusers are typically used in centrifugal and mixed flow applications, and have usually a strong corner separation = you get a very non-uniform flow at the exit of the diffuser and this has a major effect on the performance of the stage.

Designers using traditional methods tend to stay in their comfort zone and limit the design space. The 3D Inverse Design method allows users to explore innovative solutions and solve difficult problems as they aren't constrained by conventional designs. #turbomachinery

Warm welcome to Angus, software engineer intern at ADT!. “My internship at ADT involves a combination of software development and engineering design work, therefore utilising a broad range of the knowledge and experience I gained from my mechanical engineering degree.”