This webinar introduces a CFD-based study of transonic store separation, focused on predicting the motion of a finned store released from a wing-pylon configuration.

It shows how Cradle CFD was used to model the release event and how the simulation results compared closely with reference wind-tunnel and trajectory data.

The session highlights the method’s value as a practical, lower-cost tool for validating store-separation behavior before physical testing.

In this webinar, we will cover:

  • A store separation validation simulation performed using MSC Cradle CFD software, in which the transient analysis results are compared with experimental test data.

If you want to reduce complex variability numerical computations and reduce potential error margins, be sure to join this webinar to discover the full potential of Cradle CFD for your project.

About your speakers

Speaker details

Can OSSO is a mechanical engineer with over 14 years of professional experience in Computational Fluid Dynamics (CFD), aerodynamics, and turbomachinery. He earned his bachelor’s degree in Mechanical Engineering from Yıldız Technical University in 2012 and later completed his master’s studies in the Thermal and Fluid Sciences division at Istanbul Technical University in 2018.

Throughout his career, he has developed strong expertise in simulation-driven engineering and advanced analysis techniques, and has worked with multiple OEMs across various industries. Can worked as a CFD Engineer for three years before transitioning into his current role as a CAE Application Executive. In this position, he focuses on delivering advanced engineering solutions, supporting clients, and bridging the gap between simulation technologies and practical industrial applications.

LP Image

April 15, 2026 | 10:00am CET | 09:00am GMT 

Given the high cost and long test campaign schedules associated with store separation phenomena, the ability to accurately and efficiently simulate these events computationally provides significant advantages in engineering applications, don't miss the opportunity to attend this webinar !

Register now to secure your spot. You’ll get an on-demand copy of the webinar as a thank-you for signing up.

Regsiter Now

Kindly complete the form to secure your registration for the webinar.

 

Our Privacy Policy describes how we process Personal Data about you. It also provides information on how you may exercise any of your rights as a Data Subject. You have the right to withdraw your consent at any time by clicking on the "Unsubscribe" link within the electronic marketing communications sent to you. By submitting this form, you agree to our Terms of Use.