Launch vehicle design
Simplifying rocket science with simulation
The small satellite market will grow significantly due to the increased need for communications, earth observation, imaging and agricultural monitoring. As this was previously an underserved market segment, it draws the attention of innovative companies seeing an opportunity to develop more affordable, safer and greener launch systems. These companies share a common need to go through design-build-test iterations at an unparalleled pace.
Does your space launcher meet performance targets?
The ability to evaluate different architectures early in design with simulation and linking that directly with manufacturing is critical, as Reaction Dynamics will testify.
In this webinar on space launch system design, you will learn how to:
- Use mechanical simulation as part of an additive manufacturing process
- Estimate nozzle performance efficiently with CFD
- Benefit from system simulation for trade-off studies
Space launch systems
Design. Build. Test. Repeat.
Reaction Dynamics has been pursuing innovative research into rocket propulsion for five years as a startup that will offer dedicated launches to orbit for small satellites. The company implemented Simcenter to develop an eco-friendly launch solution and reinvent hybrid rocket engines.
Watch this webinar to find out how Reaction Dynamics managed to mature designs faster and prepare them for manufacturing.
Vorstellung der Referenten
Bachar Elzein
CEO & CTO
Bachar Elzein is the founder of Reaction Dynamics, which stemmed from his research experience at the multiphase and reactive flows lab at École Polytechnique de Montréal, focusing on propulsion and combustion dynamics. As CTO, he provides technical oversight for a team of multidisciplinary engineers through all aspects of the design and development of launch vehicles, emphasizing propulsion through requirements definition and control, technical performance metrics, risk management, and system-level analysis.
Jens de Boer
Simcenter Solution Manager für die Luft- und Raumfahrt
Jens de Boer ist leidenschaftlicher Luft- und Raumfahrtingenieur. In den vergangenen 14 Jahren bei Siemens hat er mit Luft- und Raumfahrtunternehmen zusammengearbeitet, um deren Simulations- und Testprozesse während des gesamten Entwicklungszyklus anzupassen und zu optimieren.