INERTIA
INERTIA dramatically improves the productivity of the design engineer by shortening the design, analysis, prototype and testing cycles. INERTIA makes high-powered engineering tools affordable and simple so that design engineers can use them to complete their projects. Projects that once took weeks can often be completed within two days. INERTIA brings the power and flexibility of sophisticated multi-tasking mainframe 3-D CAE modeling, design and analysis programs to the desktop. INERTIA protects the company’s investment in existing hardware and software by supporting virtually every hardware platform and simply interfacing to application-specific CAE systems, solid modelers and CAD systems.
Because INERTIA is completely modular, the user can customize the CAE system to match specific requirements. Each module is fully integrated with the others, permitting seamless, multi-tasking functions. There’s no need to exit one program to begin another.
INERTIA is designed for engineers and managers with a vision into the future. Unlike mainframe-based CAE systems, it incorporates the distinctive breakthroughs and advantages of contemporary microcomputer technology. Its graphical user interface leverages the standards of Microsoft Windows, IBM Presentation Manager, the Apple Macintosh, and X-Windows Motif on their respective platforms.
INERTIA also contains more than 1,000,000 lines of code, all written in the compact, object-oriented “C/C++” programming language. Not only does this help ensure rapid access and analysis times, it assures compatibility with future developments in microprocessor architectures, parallel processors, graphical standards and windowing environments.
INERTIA software products include:
- InConcept–Is a parametric feature based geometric modeler with multi-directional associativity among all products.
- InDynamic–Provides natural frequencies and mode shape analysis
- InThermal–Performs steady state and transient heat transfer analyses
- InPlastic–Performs non-linear analysis of structural systems
- InMotion–Performs kinematic and dynamic analysis
- InFrame–Provides finite element analysis and design of 3-D space frame, truss and beam structures
- InProp–Calculates the section properties of any uncommon shapes
INERTIA also offers various utility programs that enhance data customization.
