Centrifugal Compressor Fundamentals:    2-Day Training Course

Overview The comprehensive course program includes different topics, starting from the basics of fluid dynamics and ending with a detailed overview of multistage centrifugal compressor design. To provide students with a better understanding of the materials learned, the course features numerous real-life examples and exercises. The scope includes: Thermodynamic, aerodynamic basics, flow properties Primary centrifugal compressor elements, stage analysis, compressor preliminary design Impeller, splitter, diffuser and volute 3D design exploration Multistage compressor design considerations Performance and off-design compressor analysis, stall and surge predictions Concepts to employ for single and multi-stage compressor design

The ever-expanding demand for minimizing energy consumption set the stage for an augmented role of eco-friendly engineering solutions. The Centrifugal Compressor Fundamentals course was developed to enable mechanical and aerospace engineers to respond the evolving industry needs and produce high-efficiency turbomachinery.

Who Should Attend

• Engineers specializing in centrifugal compressor design and maintenance of single and multistage compressors for various industrial applications, turbochargers, and centrifugal blowers.
• Engineers involved in the turbomachinery design and optimization process and interested in finding new, cost-effective solutions.
• Engineering and turbomachinery scholars seeking to gain a practical understanding of the centrifugal compressor basics, including compressors fluid dynamics, aerodynamics and structural analysis.
• Mechanical and aerospace engineering professors who need valuable course and reference material to ensure comprehensive, industry-focused training for their students.

  Examples of Course Schedule and Contents

  Day 1* 1. Centrifugal Compressor Basics Basic fluid aerodynamics and thermodynamics exploration Total and static parameters and basic flow equations Dimensionless parameter explanation and their significance Flow in stage and boundary layer considerations 2. Compressor Aerodynamic Design Using fluid properties to analyze flow in stage Process efficiency and energy transformation Main stage parameters and equations Day 2 3. Off-Design Performances Prediction Design point and off-design compressor operation properties Stall and Surge points predictions, flow instability Multistage compressor design and sizing 4. Profiling and 3D Blade Design Impeller, diffuser, volute and other element design considerations 3D blade shape design configuration, relevant angles Centrifugal compressor design approach The tools used: scientific calculator, AxSTREAM *Please note that the course schedule is not fixed and could be customized following the specific attendees’ requirements and needs.

  
  
  

  Related courses: AxSTREAM Workshop: Turbomachinery Flow Path Design and Optimization Axial Compressor Fundamentals	Other courses: Axial Turbine Fundamentals Steam and Gas Turbine Design
  Classroom-Based Courses Schedule