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Flownex Simulation Environment delivers technology that enables you to study how systems will behave in the real world, where fluid is the driving factor. Flownex system simulation relays the overall effect of changing specific properties on components, allowing clients to examine extensively all possible variations of a system in the design and optimization of systems.

 

FLOWNEX SE APPLICATIONS   

 Simple/Complex system simulation

 System optimization

 Commissioning assistance

 Investigative simulations

 Concept design

 Root cause analysis

Component performance assessment

 Technical feasibility studies

 Thermal-hydraulic design

 

Flownex SE features are discussed in this section; the features are broken down into the following categories:

PHYSICS/COMPONENTS  FLUID MODELSSOLVERTOOLSINTEGRATION/AUTOMATION

Basic Flownex component library

 Liquid

 Flow solver

Designer  API

Basic heat transfer

 Gas

 Transient solver

 OptimizerOPC 

Advanced heat transfer

Gas mixtures

 Extendibility

Sensitivity analysis Relap coupling 
Turbo secondary flowNoncondensables  Visualization EES coupling 
CombustionSlurry  Result tools Mathcad coupling 
ReactorsTwo-phase  Alarms  
Control libraryTrace elements    
Electrical library    
Compound components    
Scripting    
Excel componen    

  

Flownex SE is sold on a module basis; this section will highlight our capabilities in thermal-fluid system simulation and give an overview of our module structure.

 

CORE MODULES   LIBRARY MODULESINTEGRATION MODULES

Basic thermal-fluid module*

Control module

API module

Advanced thermal-fluid module

Electrical module

 

Design and analysis module

Extendibility module

 

Transient module  
Nuclear module  
*Basic thermal-fluid module is required to run Flownex; all other modules are optional.

 

Relationship between our modules, capabilities and features:

Module Matrix