Upcoming Webinar: Design and Optimization of Axial and Mixed Flow Fans for High Efficiency and Low Noise

Thursday, May 18 | 10:00 – 11:00 AM EST

Axial Fan CAD Image
Registration is now open for our May webinar demonstrating best practices for the development of competitive, high efficiency, and low noise axial and mixed flow fans for different aerodynamic loadings.

Axial and mixed flow fans have been in high demand for a number of years. The application of these machines span many different industries including HVAC, automotive, appliance, military equipment, and much more. Like many other types of turbomachinery, changing industry standards and market trends have resulted in fierce rivalry to compete on lifespan, efficiency, environmental and user friendliness, and overall quality. With this in mind, it goes without saying that companies are looking for tools needed to develop highly efficient equipment while minimizing noise as quiet fans are typically more desirable which results in higher demand and marketability.

Over the course of the last few years our company has experienced a number of clients coming to us requesting help with axial fan redesign. This is due to many factors including flawed code during the initial design. Often what would happen is the original design code would have issues with matching meanline/streamline simulations and CFD. This resulted in an insufficient design which, given the increased competition in the market, is less than ideal. Currently, we support different clients in these industries through the use and application of AxSTREAM®. By utilizing our software platform clients can develop competitive, high efficiency, and low noise axial and mixed flow fans the first time around or redesign existing models to meet their full potential.

Due to our experience, we wanted to share our expertise in our upcoming complementary webinar. Topics covered include:

Axial Fan CAD Front

  1. An overview of axial and mixed flow fans and their practical application
  2. Requirements of axial and mixed flow fans
  3. Noise estimation techniques
  4. Axial fan design using the AxSTREAM® software platform
  5. Fan blade design and optimization
  6. Fan aerodynamic blade loadings and performance simulation


The webinar also consists of a live software demonstration and a Q&A session with the presenter at the end of the presentation. Register below or follow this link for more information!

Register Here!

Discussion – Alien Signal or Radio Noise: Leveraging Turbomachinery

The Internet practically exploded early yesterday morning with talk of an extraterrestrial discovery after a signal was detected by a Russian telescope. The star in question, HD 164595 located a vast 95 light years away, sent out a strong radio spike that was picked up and sparked a boom of excitement. According to an article published by National Geographic, however, this signal may not be what it was first interpreted as.

Astronomers have pointed their radio telescopes towards the stars for over half a century, hoping to catch a glimmer of life beyond this planet. Short of a futuristic rocket ship, these telescopes seem to be the best bet for catching a peak of something out of this world. That is a main causStarse as to why this discovery is so tantalizing to both scientists and the rest of us earthlings. However, after further investigation, neither the Allen Telescope Array, commanded by the SETI (the Search for Extra-Terrestrial Intelligence) Institute, nor the Green Bank Telescope, used by the Breakthrough Listen project, turned up additional signals or observations.

Another issue that has risen according to this article is that the signal did not repeat and could have been caused by something else. A source on Earth, such as a faulty power supply, military transmission, or arcing electrical fence for example. Another possible explanation could be that gravity from another object in space amplified a weaker signal. That being said, it would appear that HD 164595 is similar in many ways to our sun. It is composed of the same ingredients, is approximately the same age and has at least one planet in its orbit. This would suggest that theoretically, it would be plausible for life to exist within this system.

It’s safe to say that most of us hope to have an answer to the question of whether there is civilization somewhere in the sweeping unknown. Here at SoftInWay, we may not have a futuristic rocket ship stashed away, but we do hope to one day play a role in assisting these scientists find theiRocket Engine Thingyr answer. Perhaps, one day, SoftInWay can design and provide guidance on the rocket engine turbopump that will help us soar into new discoveries and exploration. Until then, we’ll provide the tools and guidance suited towards present needs  and future goals. If your branch of work falls under the scope of aerospace, or if you find rockets as cool as we do, our upcoming webinar will interest you. It is being offered towards the end of September and provides an overview of rocket engine turbopumps, from preliminary blade design to CFD and rotor dynamics using our AxSTREAM® platform.


Feel free to click on the link below for the full article. What are your thoughts on the matter discussed in the article? Share your comments below!

Article Link – http://news.nationalgeographic.com/2016/08/seti-signal-sun-like-star-hercules-aliens-life-space-science/