We at Leap Australia have been supporting Altium Users for years when it comes to pre-compliance putting the PCB Designs under test. This can be a basic voltage drop analysis, a more advanced DDR5 analysis up to EMC investigations or the reliability of the board under MIL-STD-810G.
This new
Managing large assemblies in CAD can be challenging, often affecting system performance and hindering your design process. The LEAP Creo team recently ran a webinar that explored the power of Simplified Representations in Creo Parametric, demonstrating how to transform how you work with large assemblies. In this article we have summarised the webinar and provides highlights of the recording – read on to learn more about efficient assembly retrieval, simplified representation tools and how to boost system performance in Creo Parametric.
Orbit determination serves as a foundational cornerstone to almost all modern telecommunications systems. It allows us to accurately discern not only the current, but the future position of satellites in orbit, a vital component to being able to transmit and receive data from these satellites, avoid collisions up in space and plan future space exploration missions. This post explains how orbital determination works and how the Ansys Orbit Determination Tool Kit (ODTK) helps to simplify what can be an incredibly difficult undertaking.
This article will help you to learn the ropes of using Vuforia Studio, the powerful and easy-to-use augmented reality (AR) authoring tool developed by PTC and supported by LEAP Australia.
There’s never been a better time to dive into making your own AR experiences, whether to showcase new products, improve employee training & efficiency, or to impress potential customers with amazing, interactive AR content.
Tutorials cover everything from the Vuforia workflow and getting started, to tracking using ThingMarks, spatial targets, images, models and more!
This guest blog from Team Lunar, a Melbourne-based team made up of 6 Brighton Grammar School students participating the F1 in Schools competition explains how their usage of Ansys simulation and Keyshot 3D rendering has helped them get ahead of the pack.
With a track record of success dating back to 2022, Lunar has amassed over 30 category awards combined, establishing themselves as decorated, formidable competitors at both State and National competitions, now representing Australia at the World Finals later this year.
This article provides a dive deep into the cutting-edge capabilities of Ansys Rocky DEM, showcasing how advanced features like OptiSLang integration, robust API capabilities, and Multi-GPU acceleration can transform your simulation experience.
Whether you’re tackling complex particle interactions or optimising your designs, the aim of this article is to equip you with the tools to elevate your projects and drive innovation.
LEAP recently ran a webinar that explored how Rocky DEM is helping engineers and equipment designers around Australia to easily troubleshoot existing issues and optimise their designs to avoid chute blockages due to wet/cohesive materials, improve longevity of wear liners and better configure chute flow to reduce belt misalignment and tracking issues.
This article summarises this presentation and includes video highlights including demonstrations of how Rocky DEM simulations help designers assess the overall performance of bulk materials handling systems.
University teams can greatly benefit from the versatile capabilities of Ansys Granta Selector. Here are some potential uses that can enhance your projects: Design and… Read More »How can University student teams benefit from better materials selection tools using Granta Selector?
Having discerned a suitable satellite constellation for coverage over specific user-defined regions of interest in part two, part three will see us compute a conjunction analysis for the proposed LEO constellation.
In part one of this satellite design series, we explored the modelling of a physics accurate RF Comms link between ground facility and LEO satellite. However, rarely do modern LEO satellites work in isolation. Instead, they work as part of a larger constellation, continuously exchanging data to fulfil their intended mission. Part two of this series explores the design of a larger LEO constellation and how Ansys STK allows for the qualitative and quantitative analysis of user-specified regions of interest to discern how effective a given constellation will be.
