VA One Extension Modules

VA One Extension Modules let you quickly and easily extend and customize the core-functionality of VA One to meet your specific needs.  The extension modules are individually licensed and enable you to tailor the functionality in VA One for specialized applications.  

VA One Environnent Extension Modules:

	Quickscript Module : inbuilt visual basic scripting language for creating custom processes and GUIs in VA One  Matlab(R) Developer Kit : interface VA One and Matlab  C/C++ Developer Kit : interface VA One and C/C++ programs
	CAD Import Modules : import and mesh CAD data from CATIA, PRO-E and STEP

VA One FE/BEM Extension Modules:

	Stress recovery module : provides functionality for recovering dynamic stress, strain and force across structural FE subsystems.
	Periodic Subsystem module : efficiently model the vibro-acoustic response of large complex structures using FE periodic structure theory.
	Grid solvers : automatically solve a VA One model in parallel across a cluster or network (ideal for speeding up large BEM and PEM models)
	EFM Module : exact postprocessing of a structural FE model to calculate effective SEA CLFs and input powers

VA One SEA Extension Modules:

• Sound Package Module : simplifies addition/removal of sound packages applied to SEA subsystems
• Variance Module : predict confidence intervals and percentile limits for SEA results
• Shock Module : predict shock response from an SEA model using the method of Virtual Mode Synthesis
• Path 49 Module : replicates the radiation efficiency formulations found in legacy VAPEPs models
• Template Modeler and SEA automotive templates : a library of scripts for quickly creating and morphing template models.  A set of templates for modeling airborne noise in various vehicles (SUV, Pickup truck, Four-Door Sedan, Minivan) is also available.

Poroelastic materials (standalone modules):

• Nova : standalone utility for quick modeling of the response of layered poroelastic noise control treatments
• Foam-X : standalone utility for quick characterization of the acoustic properties of open cell porous materials from impedance tube measurements
• VTM standalone : standalone solver for modeling the low frequency response of poroelastic materials using Finite Elements