RIMAP® is a very efficient tool for Rotating Machinery Dynamic Analysis. Through its easy to use GUI, Graphical User
Interface, the user can easily design, analyse and troubleshoot rotating machinery such as turbines, compressors, pumps, fans,
electric motors, etc.

Analysis Techniques
Different Analysis Methods; It supports the most reliable methods known such as:

• FEM, Finite Element Method
  
• FEMGR, Finite Element Mehod with Guyan Reduction Technique
  

Bode/Polar (Nyquist) Plot

• Unbalance Response can be viewed either as a Bode Plot or as a Polar Plot:
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  [Bode Plot Image]
  
  
  
  
  
  
  
  

Critical Speed Map

• Undamped Critical Speed Map, the change in critical speeds with bearing stiffnes

Features

• Rotor grows during model build-up
• Speed dependant Charachteristics
• Gyroscopic Effect
• Hydrodynamic Bearing Analysis including Plain Journal, Two Axial Groove, Elliptic, Offset Cylinder, 3 Lobe, Pressure Dam, Partial
  Arc, and Tilting pad bearings. Also user can define bearing parameters
• Flexible Support
• Object Oriented Programming
• Flexible Units
  

Campbell Diagram

• Eingenvalue analysis, Stability maps, Campbell Diagram, and critical Speeds for synchronous excitation or excitation : 0.5X,
  1X, 2X, 3X, 4X or user defined
  

Mode Shapes

• 2D and 3D Mode Shapes with animation
  

Data Representing and Reporting

Easy handle of data through add, insert, delete and pop-up menus.

Strong reporting capabilities.