Space

A Technological Revolution

Space technology is revolutionizing our world in ways we once thought impossible.

From satellite communications that connect the most remote corners of the Earth to advanced materials and manufacturing processes developed in microgravity, the innovations born out of space exploration are transforming industries.

Simulation Technology: The Key to Unlocking Space Innovation

Simulation technology is playing a crucial role in advancing space exploration and development.

Companies like EDRMedeso and Ansys are at the forefront of this revolution, providing cutting-edge simulation software that helps engineers and scientists model and test their designs in a virtual environment before they are physically built.

From secure and resilient communications to mission planning, novel propulsion technologies and accurate sensor systems, using the Ansys suite of products enables detailed simulations of spacecraft, rockets, and satellites, ensuring that they perform optimally and safely in the harsh conditions of space.

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  • Design launch systems, component, satellites and spacecraft
  • Reduce the cost and time associated with physical testing
  • Enhance the reliability and efficiency of space missions

5 Key Ways Simulation Enables Innovation in Space

Structural Analysis for Space

Solving Complex Engineering Problems in Space with Ansys Structural Analysis Software

Solve complex structural engineering problems with structural analysis software from Ansys. Here, Rich Davies gives an introduction to structural analysis within a space context, touching on coupled thermal-optical and structural analysis, standalone mechanical analysis, impact modelling, PCB reliability, and composite assemblies.

 

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Electronic Simulation for Space

Electronic and Thermal Physics Simulation Tools for Space Applications

An overview of simulation’s role in critical high and low frequency electronic applications in Space Technology. Watch Dr Fatemeh Hoveizavi explore how Ansys simulation tools assist in communication and data transfer, phased array and beam steering, antenna performance, ESD and Thermal Analysis, and more.

 

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Fluids Simulation for Space

Solving Fluid Applications for Space with CFD tools from Ansys

A look over some of the uses and strengths of the Computational Fluid Dynamics (CFD) tools from Ansys for space projects. Our expert Stephen Silvester sets out how simulation can assist in the design process of key space engineering and research applications, from fuel sloshing to thermal and atmospheric impact.

 

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How We Can Help

At EDRMedeso we enable our customers to design better products, reduce risk, and accelerate time to market. We are committed to driving innovation by providing leading simulation technologies powered by knowledge transfer.

If you are looking for a partner to help you navigate the challenges of the Aerospace and Defense industries, we are here to help.

Get in touch

Who We Have Helped

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You’re transitioning through a whole range of different speeds and altitudes and it’s really important that your vehicle is stable. We looked at which software could model anything from sea level up to hypersonic speeds and Ansys won that trade-off with its computational fluid dynamics (CFD) and Ansys Fluent in terms of what range it can simulate and what kind of geometry it can handle.

— Andrew Bacon, Co-Founder and CTO / Space Forge

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Ansys Granta MI enables us to keep track of a “more-than-1.5-million-piece puzzle” by storing literally any material-related information we have. From generic supplier information down to our own measurement’s single data points: Everything’s easily accessible, interconnected and analyzable

— Daniel Carmine Manocchio / Manager Material Technology , Kärcher

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Ansys medini analyze has streamlined and accelerated functional safety analysis for hardware, software and systems — delivering possible efficiencies including an up to 50% reduction in the time devoted to these tasks.

— Kamil Svancara / Cyber Security Manager, ZF Friedrichshafen AG

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By simulating the results of each print run — before we actually commit materials and machine time — we are substantially lowering our risk exposure

— Jordan Noone / Relativity Space

Speak to an Expert

Reach out to our experienced technical team for advice or support

Fatemeh Hoveizavi

Lead Engineer

I'm the EDRMedeso expert for HFSS and have many years experience working with innovators across industry. A recent recipient of a 'Women in Electronics' award and Chairperson of ARMMS, my mission is to increase and share knowledge of simulation across a wide range of sectors. Why not drop me a line?
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