Simulation solutions for the space industry
50 years ago, the space race was essentially a two-horse race. 20 years ago, that number grew to the lower teens. In the 2020s, around every corner in Australia is a start up company competing for orbital real estate in low earth orbit and beyond. So how can these new enterprises compete against the establishment, when most aren’t state funded and don’t have the massive teams that was once afforded to the space race?
The answer lies in efficiency and automation in their design and engineering. While getting the right solution is still celebrated, these days a company’s success hinges more on the ability to deliver that answer in the quickest timeframe.
A multi-physics approach with simulation allows a nimble engineering team to (i) test virtually before you manufacture and break any prototypes, (ii) force engagements between multi-disciplinary teams in your early design stages and (iii) remove human design bias, to yield new ideas that may never have been thought of before.
LEAP supports both established and emerging companies in the space sector to adopt cutting-edge computer-aided engineering software to optimise the performance of key equipment: from cubesats, mission-critical electronics, communications systems through to full platforms.
LEAP’s software and expertise includes:
- Orbital Mechanics and Mission Planning software
- Multiphysics Simulation: Structural, Fatigue, Thermal, Aerodynamics, Antenna Placement, Electromagnetics incl. EMI/EMC
- Internet of Things & Digital Twins
- Augmented Reality for training, service & maintenance
- Product Lifecycle Management & Documentation
Complete the form below to :
Gain instant access to the recording of LEAP’s presentation at AusSpace24 – Is Your Design Ready for Space? and AusSpace25 presentation, Digital Engineering: Hypersonics, Space and Beyond!
Is Your Design Ready for Space?
Thomas Benke from LEAP presents our guide to using virtual testing to thoroughly evaluate the performance and durability of space equipment across each part of their lifecycle, using existing MCAD and ECAD data and accurate mathematical models that account for the specific requirements and harsh environmental conditions of space.
Digital Engineering: Hypersonics, Space and Beyond!
Whether you work in the design of complex spacecraft, hypersonic platforms, satellites, cubesats, sensors, antennae or onboard electronics, there is no room for failure in the modern aerospace industry. Ensuring your design is ready for launch goes beyond single-point digital modelling and simulation of a few critical components.
For full confidence in mission success, industry is moving towards complete Digital Thread solutions. A complete digital thread incorporates the operational environment, mission requirements and detailed system models from initial concept design, all the way through operations and sustainment. Using this Digital Mission Engineering approach accelerates development, reduces risk, and ensures reliability and performance of space platforms and connected systems-of-systems.
From hypersonic test and evaluation, through communications optimisation, and remote sensing calibration, this on-demand presentation explores how Digital Mission Engineering is deployed to accelerate modern space missions to new heights!
Digital Mission Engineering Products
Systems Tool Kit (STK)
Provides an environment for analysing and visualising complex systems in the context of your mission. Interact with data from platforms across the aerospace, defense, telecommunications, and other industries. Simulate your intended missions and communicate the results with reports, graphs, and stunning 3D animations.
Orbit Determination Tool Kit (ODTK)
Processes tracking data and generates orbit ephemeris with realistic covariance. With ODTK, you can process a wide variety of traditional and non-traditional measurements using a state-of-the-art optimal sequential filter and matched smoother to generate orbits and realistic covariance.
Digital Mission Engineering Applications
Air systems
Deliver systems faster and accelerate operational decision-making.
Communications
Model complex, multidomain systems that incorporate your communications systems. Ensure that all your missions will have the communications they need to succeed. Evaluate configurations for your communications systems to optimise them. Arrange your assets where they give you the most while costing you the least.
Electro-Optical and Infrared Sensors
Go beyond geometry and model radiometric detection to evaluate EOIR sensor performance. Analyze performance and detection over time.
Geospatial Analysis
As the expanding demand for geospatial intelligence is met with rapidly expanding data sets, don’t get overwhelmed by it. Put all your geospatial data to fast, effective use.
Geospatial Analysis
As the expanding demand for geospatial intelligence is met with rapidly expanding data sets, don’t get overwhelmed by it. Put all your geospatial data to fast, effective use.
Radar Systems
Model radar systems with exquisite fidelity and apply them to the big picture – your system of systems and the things you need them to detect.
Space Operations
Plan, design, build, and operate multifaceted space missions.
All-Domain Missions
Land, sea, air, space, cyber – dominance in one domain is no longer possible without systems that span them all. Simulate multidoman, multi-aspect systems to streamline development, dismantle silos, and accelerate delivery.
Space Situational Awareness
Automate routine, repetitive tasks that maintain your catalog of orbiting space objects in a state of readiness. Devote your time and expertise to solving problems using the data, rather than solving problems about the data.
Want to learn more about Ansys simulation solutions for the space industry?
Complete the form and one of the experts from our Ansys team will contact you to discuss your needs.
