Circular references in 3D CAD can be a thorn in the side of even the most experienced designers, leading to frustrating errors and significantly slowing down the design process. If you’re seeking to enhance your productivity and streamline your workflows by mastering circular references, read on for expert advice on how to identify, prevent and fix them when they occur.
The scenario in our previous article on STOP Analysis utilised existing ground texture maps, produced by real-world satellites as the only imaging target. In this instalment, we’ll expand on this simulation, adding new hypothetical elements to the scene with the goal of assessing the ability of the payload to reliably detect these new elements.
Project Loch Ness is a free initiative by Ansys seeking to provide users with a detailed library (or data lake) of synthetic aperture radar (SAR) training data. This dataset has been developed to enable the training and validation of user’s AI/ML models for ground-based target detection scenarios. This article provides an overview of Project Loch Ness and explains how you can get involved.
LEAP’s PTC team recently presented a webinar that explained how adding real-time simulation tools to the beginning of your development workflow gives engineers instant feedback on their design changes, as they work, and provides valuable insights on which design directions to explore next. This article summarises the presentation and provides the highlights of the recording including a live demonstration of Creo’s simulation capabilities.
We introduce the basics of Structural Thermal Optical Performance (STOP) Analysis and work through a real-world example for optical payloads on a LEO Satellite. STOP analysis is a critical design assessment for optical payloads, particularly those being deployed on systems requiring high-performance or operating in harsh environments.
Recently LEAP ran an Ansys user group meeting in Perth where local Ansys users showcased their work and the LEAP Technical Team presented their highlights of the latest updates in Ansys Structures and Ansys Fluids.
If you were unable to make it in-person to the event or join the live stream, we’ve got the next best thing for you: a live recording of the Fluids update session presented Dr. Lewis Clark. Lewis is LEAP’s Fluids Technical Manager, and in the following videos he presents the highlights from the Ansys 2024 Fluids R1 and R2 releases.
Recently LEAP ran an Ansys user group meeting in Perth where local Ansys users showcased their work and the LEAP Technical Team presented their highlights of the latest updates in Ansys Structures and Ansys Fluids.
If you were unable to make it in-person to the event or join the live stream, we’ve got the next best thing for you: a live recording of the Structures update session presented by Dr. Luke Mosse. Luke is a Senior Application Engineer at LEAP Australia, and in the following videos he presents the highlights from the Ansys 2024 Structures & Explicit Dynamics R1 and R2 releases.
The Advanced Material Data libraries in Ansys Granta Selector offer significant benefits to university student teams by providing access to specialised material data that is tailored to their unique needs. This article explains how these libraries empower students to make informed decisions in their engineering projects, whether they are working with metals, polymers, composites, or electromagnetic materials. By leveraging these resources, university teams can enhance the precision and effectiveness of their material selection process.
In today’s complex engineering landscape, even small calculation errors can lead to significant setbacks. This article summarises our recent webinar that explained how you can streamline your engineering calculations and boost accuracy across projects by minimising errors, ultimately reducing costs and saving valuable time.
Fresh from an extraordinary victory in the final race at the Adelaide 500, and capping off another successful Supercars Championship season in 2024 for Red Bull Ampol Racing, this article takes you behind-the-scenes into the workshop of Triple Eight Race Engineering to find out what makes their engineering team arguably *the* best in the business.
