Altair Case Studies RUAG Space Enhances Composite Analysis with Streamlined Data Workflow

	RUAG Space Enhances Composite Analysis with Streamlined Data Workflow Altair

RUAG Space Enhances Composite Analysis with Streamlined Data Workflow

Altair

Technology Category	Application Infrastructure & Middleware - Data Exchange & Integration Application Infrastructure & Middleware - Middleware, SDKs & Libraries
Applicable Industries	Telecommunications
Services	System Integration
Challenge	RUAG Space, a leading provider of products for the space industry, was faced with the challenge of combining the powerful meshing and post-processing capabilities of Altair HyperWorks with the advanced composite failure analysis methods provided by ESAComp software from Altair. The company needed to streamline and accelerate the analysis of composite structures by significantly reducing unnecessary breaks in the data flow. The challenge was to create a seamless integration between the two software tools to provide a unified work environment for producing results needed in the design verification of satellite structures. Read More
About Customer	RUAG Space is a leading provider of products for the space industry. The company specializes in the development and manufacturing of products for satellites and launch vehicles. RUAG Space's products are used in a wide range of applications, including communication, weather observation, and scientific research. The company is committed to innovation and continuously seeks to improve its products and processes. In this case, RUAG Space was looking to enhance its composite analysis process by integrating two software tools, Altair HyperWorks and ESAComp, to streamline and accelerate the analysis of composite structures. Read More
Solution	RUAG Space decided to rely on standardized, state-of-the-art analysis tools to address the challenge. The company created a bi-directional interface between HyperWorks and ESAComp by integrating the two pieces of software. This integration allowed for the graphical display of ESAComp results within HyperWorks, enabling fast identification of critical load cases, critical elements, critical plies, and failure modes. The solution provided one integrated work environment for producing results needed in the design verification of satellite structures. The interface between ESAComp and HyperWorks was offered as a standard to all customers. The solution was mature enough for project work and was tested on the MetOp Second Generation meteorological observation satellite. Read More Log in to view content
Contents

Technology Category

Application Infrastructure & Middleware - Data Exchange & Integration

Application Infrastructure & Middleware - Middleware, SDKs & Libraries

Applicable Industries

Telecommunications

Services

System Integration

Challenge

RUAG Space, a leading provider of products for the space industry, was faced with the challenge of combining the powerful meshing and post-processing capabilities of Altair HyperWorks with the advanced composite failure analysis methods provided by ESAComp software from Altair. The company needed to streamline and accelerate the analysis of composite structures by significantly reducing unnecessary breaks in the data flow. The challenge was to create a seamless integration between the two software tools to provide a unified work environment for producing results needed in the design verification of satellite structures.

About Customer

RUAG Space is a leading provider of products for the space industry. The company specializes in the development and manufacturing of products for satellites and launch vehicles. RUAG Space's products are used in a wide range of applications, including communication, weather observation, and scientific research. The company is committed to innovation and continuously seeks to improve its products and processes. In this case, RUAG Space was looking to enhance its composite analysis process by integrating two software tools, Altair HyperWorks and ESAComp, to streamline and accelerate the analysis of composite structures.

Solution

RUAG Space decided to rely on standardized, state-of-the-art analysis tools to address the challenge. The company created a bi-directional interface between HyperWorks and ESAComp by integrating the two pieces of software. This integration allowed for the graphical display of ESAComp results within HyperWorks, enabling fast identification of critical load cases, critical elements, critical plies, and failure modes. The solution provided one integrated work environment for producing results needed in the design verification of satellite structures. The interface between ESAComp and HyperWorks was offered as a standard to all customers. The solution was mature enough for project work and was tested on the MetOp Second Generation meteorological observation satellite.

Impact #1	The integration of Altair HyperWorks and ESAComp software has significantly streamlined and accelerated the analysis of composite structures at RUAG Space. The creation of a bi-directional interface between the two software tools has eliminated unnecessary breaks in the data flow, enabling faster and more efficient analysis. The graphical display of ESAComp results within HyperWorks has facilitated the quick identification of critical load cases, elements, plies, and failure modes. This has not only improved the efficiency of the analysis process but also the accuracy of the results. The solution has been mature enough for project work and has been successfully tested on the MetOp Second Generation meteorological observation satellite.

Impact #1

The integration of Altair HyperWorks and ESAComp software has significantly streamlined and accelerated the analysis of composite structures at RUAG Space. The creation of a bi-directional interface between the two software tools has eliminated unnecessary breaks in the data flow, enabling faster and more efficient analysis. The graphical display of ESAComp results within HyperWorks has facilitated the quick identification of critical load cases, elements, plies, and failure modes. This has not only improved the efficiency of the analysis process but also the accuracy of the results. The solution has been mature enough for project work and has been successfully tested on the MetOp Second Generation meteorological observation satellite.

Benefit #1	Significant reduction of unnecessary breaks in the data flow
Benefit #2	Fast identification of critical load cases, elements, plies, and failure modes
Benefit #3	One integrated work environment for producing results needed in the design verification of satellite structures

Benefit #1

Significant reduction of unnecessary breaks in the data flow

Benefit #2

Fast identification of critical load cases, elements, plies, and failure modes

Benefit #3

One integrated work environment for producing results needed in the design verification of satellite structures

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Overview

RUAG Space Enhances Composite Analysis with Streamlined Data Workflow

Operational Impact

Quantitative Benefit