ANSYS Capabilities: Improving Reliability and Durability for RESET
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As hardware becomes more complex and integrated and as the nature of the threat changes and evolves, traditional approaches to design, development and upgrades struggle to deliver systems that perform as desired in the field. Often this hardware is not reliable or durable and cannot be adapted to survive in the face of a new threat. See below for ways to learn how engineering design techniques can change this paradigm using physics-based simulation, and about the critical role this approach can play in the RESET program. |
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On-Demand Webinar:Re-engineer with Confidence: The Critical Role of Physics-Based SimulationIn this webinar we will introduce physics-based engineering simulation as a key enabler for smart engineering and through real-world examples demonstrate its impact on program cost, schedule and quality metrics. By leveraging the power of physics-based engineering simulation early in the process you will be able to re-engineer, reset and redistribute with confidence. |
 Mounting option for a 350 MHz antenna on an F-35 Joint Strike Fighter, along with the resulting radiation pattern |
Free White Paper:Re-engineering with Confidence: The Critical Role of Physics-Based SimulationPhysics-based simulation tools harness the power of computers to solve the fundamental equations of physics. Physics-based simulation can be deployed in a wide variety of areas to make engineering and design processes more efficient and effective. This white paper highlights ways that technology can be valuable to critical military re-engineering programs. |
 Brake pedal crack with simulation of equivalent stresses |