Overview
This webinar will explore the structural, kinematic, and fluid-dynamic analyses conducted to develop of a new 10-cylinder radial engine using the Organic Rankine Cycle (ORC) for energy recovery. The engine is designed to convert thermal waste into electricity, promoting sustainability. Attendees will learn about the structural verification process according to PED regulations and how this aligns with each component’s economic and structural optimization needs. Additionally, kinematic and fluid-dynamic analyses were key in enhancing the system’s performance, ensuring it operates efficiently across various conditions. This session is ideal for engineers and designers working in energy recovery systems, as it combines theoretical analysis with practical applications for optimizing performance and compliance.
Key Points:
- Structural verification and optimization for ORC systems
- Compliance with PED regulations in energy recovery applications
- Kinematic and fluid-dynamic analysis to boost engine performance
- Design considerations for a 10-cylinder radial engine
- Improving energy efficiency and sustainability with ORC technology
What attendees will learn
- Structural analysis and optimization for ORC systems
- PED compliance in energy recovery devices
- Kinematic and fluid-dynamic analysis for performance enhancement
- Design strategies for 10-cylinder radial engines
- Improving energy efficiency and sustainability with Rankine Cycle technology
Who should attend
Student, industry, CAE expert