The Altair Partner Alliance (APA) added systems engineering software from XLDyn, LLC to its lineup of software partnerships. The software is made up of two modules, XLSE and XL1D, which work together to automate the creation of system models and perform one dimensional (1D) multi-physics simulations.
"Our partnership with XLDyn is one we've been looking forward to," said Carlo Damiani, Vice President System Modeling at Altair. "One of the most exciting aspects is that it offers a great interface with solidThinking Activate, which will provide our joint users with not only top-notch system modeling capabilities, but also an easy to use environment for requirements and verification."
XLSE is a model and math based systems engineering tool to automate the creation of system models whose requirements can be verified by tightly integrated simulation and tests. The software synchronizes the Object Management Group Systems Modeling Language (OMG SysML) diagram, Table and Word document views of the design requirements to support parametric, block definition, requirement, package and internal block diagrams. XL1D provides 1D multi-physics simulation for controls, mechanical, electrical, and thermal elements with multiple solution types. These modules together create an excellent tool for balancing requirements and design parameters at the system, subsystem and component levels.
"We are thrilled to be joining forces with the Altair community," said Thomas Tecco, Chief Operating Officer at XLDyn. "Our systems modeling software brings new and innovative capabilities to complement those already a part of the Altair offering, so we are confident this partnership holds many good things to come for systems engineers across our global user base."
The XLDyn software is widely applicable across industries, and is best suited for those with interdependent and complex requirements. It provides systems and product development engineers with the ability to develop and track product requirements and graphically document the requirement verification methods to appropriately balance and optimize the designs to be sure targets are met.
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