Aerospace and defense

AeroTEC innovates more efficiently with simulation software

AeroTEC specializes in the engineering, certification, and testing of aircraft and related systems. To keep pace with the evolving aerospace industry, AeroTEC implemented Siemens simulation software.

Overview
Solutions
Results

Overview

The aerospace industry is continuously evolving, and as an industry leader, AeroTEC recognized the need to enhance its tool integration to stay at the forefront of innovation.

Company

AeroTEC

software

Simcenter Amesim
Simcenter STAR-CCM+

industry

Aerospace and Defense

To meet this challenge, AeroTEC leveraged the Siemens Xcelerator Suite to streamline its design processes and drive efficiency in this fast-paced environment.

The challenge

Thermal management complexity required integrated simulation tools for efficient aerospace design.

The solution

Implemented Siemens simulation tools, Simcenter Amesim and STAR-CCM+, with Applied CAx support.

The impact

Improved simulation accuracy, faster iteration, and stronger data-driven engineering decisions.

Solutions

Helicopter flying over snowy mountains — Applied CAx Siemens aerospace software

Simcenter Amesim

Simcenter Amesim is a premier integrated and scalable mechatronic system simulation platform.

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Large cargo ship cutting through open ocean with big wave hitting ship — Applied CAx Siemens maritime defense software

Simcenter STAR-CCM+

Simcenter STAR-CCM+ is multiphysics CFD software for CFD engineers, enabling simulation and exploration of product behavior under real-world conditions.

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Integrating simulation tools to solve complex aerospace design challenges

To tackle the complexities of aerospace design such as thermal management, AeroTEC needed software that could eliminate inefficiencies, reduce delays, and control costs. As newer technologies become more deeply integrated into aerospace environments, the engineering challenges grow more interconnected, requiring tools that can keep pace with that complexity.

The Siemens Xcelerator Suite rose to the top of AeroTEC’s evaluation because of its ability to account for the full range of physics involved in simulation. That capability was put to work when AeroTEC used Amesim and STAR-CCM+ together to build a comprehensive system model covering all thermal effects. The approach resolved immediate engineering challenges and also informed the development of a key integrated heat exchanger, improving both system reliability and efficiency.

Integrated simulation tools

AeroTEC used Siemens Xcelerator tools to integrate simulations and account for complex physics across systems.

Thermal system modeling

Amesim and STAR-CCM+ enabled comprehensive thermal modeling to solve heating and cooling challenges effectively.

Efficient design iteration

Integrated tools allowed rapid simulation and iteration, reducing inefficiencies and development costs across projects.

Expert partner support

Applied CAx provided guidance to help AeroTEC maximize tool usage and maintain project momentum.

Results

Faster designs with integrated simulation tools

This new approach enables AeroTEC to meet customer demands more effectively by delivering technically sound solutions on time and within budget. The ability to rapidly iterate, simulate, and make data-driven decisions sets AeroTEC apart in a competitive industry.

Applied CAx has been a key partner in AeroTEC’s journey, helping the company get more out of its Siemens tools. Quick access to expert advice has been central to that relationship, with the Applied CAx team able to answer questions and offer practical guidance on using the tools more efficiently. That kind of responsive support has been critical to AeroTEC’s ability to use those tools competitively over the long term.

In practice, this means AeroTEC has a reliable resource to turn to when challenges arise, someone who can provide fast, actionable guidance and help keep projects on track.

Purple square - Applied CAx Siemens software

Improved simulation accuracy

Integrated simulation approach accounted for all physics, improving accuracy and reliability for aerospace system designs.

Faster development cycles

Rapid iteration and simulation enabled AeroTEC to deliver solutions faster while maintaining high engineering quality.

Data driven decisions

Enhanced simulation insights supported informed decisions, improving performance and reducing risk across development programs.

Reliable system performance

Thermal modeling improvements ensured reliable system performance and supported development of critical aerospace components.

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