Pelatihan Mechanical Design Of Rotating Machinery

Pelatihan Mechanical Design Of Rotating Machinery

Pelatihan Mechanical Design Of Rotating Machinery. The mechanical design of turbomachinery often appears to receive less attention than the aerodynamic or hydraulic performance. The efficiency has a direct and discernable effect on overall system performance, but the mechanical features which ensure satisfactory operation and a predictable life in service are often taken for granted. But in the modern competitive design world life and durability are important concepts that all engineers should be aware of and should be an integral part of the design process. This is a mechanical design course in turbomachinery, focusing on structural dynamics, rotor dynamics, and bearing design. A strong emphasis is placed on considering manufacturing and assembly practices in the design process. The course will cover the basic design concepts, demonstrate basic principles with common laboratory and test equipment, and give practical examples.’

ikuti juga : training mechanical seal

MATERI 

1. Structural Design
   • Basic structural theory
   • Active structures
   • Steady stress blade analysis
   • High cycle fatigue in turbomachinery impellers
2. Rotordynamics
   • Basics of rotordynamics
   • Rotor bearing stability
   • Torsional analysis
   • Forced response of rotor systems
   • Rigid and flexible rotor balancing
3. Bearing Design and Analysis
   • Overview of bearing design
   • Tilting pad journal bearing design
   • Bearing selection
   • Plain journal bearing design

PESERTA 

The subject matter is applicable to a new engineer, experienced project engineer, or group supervisor looking to enhance their understanding of the mechanical design of turbomachinery. Engineers whose work is principally concerned with aerodynamic or hydrodynamic design will also learn important insights into the complete process of design, and will recognize how mechanical design problems will limit or influence the design strategy.