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Aero-Engine Design for Aircraft Engines

Siemens PLM Software understands aero-engine's challenging service entry requirements. Our PLM solution has the best-in-class design solution enabling aero-engine OEMs to get to the right engine to market faster while exceeding customer expectations.

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Aero-Engine Design for Aircraft Engines

Siemens PLM Software understands aero-engine's challenging service entry requirements. Our PLM solution has the best-in-class design solution enabling aero-engine OEMs to get to the right engine to market faster while exceeding customer expectations.

Solution Capabilities

Explore the key areas of this solution.

Industrial Design & Styling

Industrial Design & Styling

Optimize form, fit and function of airfoils and their associated flow paths with this broad and deep set of free form design capabilities that can create airfoils or integrate with your internal aero tools.

Product Design

Product Design

Design 2D conceptual engine layouts and automatically transition them to 3D component assemblies. Accelerate innovation with best-in-class 3D product design software that enables rapid and accurate modeling of aero-engine geometry.

Digital Mock Up

Digital Mock Up

Perform a detailed digital mockup of the entire engine (or subsets), enabling accurate spatial simulation to ensure the nominal and toleranced form and fit of the engine.

Design for Additive Manufacturing

Design for Additive Manufacturing

Innovate the design of low-stress engine components by taking advantage of additive design, leveraging internal structures not possible before, making them lighter and tuning them out of engine response frequencies.

Model Based Definition

Model Based Definition

Accelerate accurate and associative definition of aero-engine 3D geometry with 3D PMI for easier and more integrated consumption downstream in the manufacturing global supply chain.

Knowledge Reuse

Knowledge Reuse

Improve aero-engine derivative design productivity and reduce cost through re-use of design and process knowledge.

Composite Design & Analysis

Composite Design & Analysis

Design and manufacture innovative, durable, lightweight and manufacturable composite components to meet the unique product applications required by aero-engines.

Design Analysis

Design Analysis

Enable design engineers to iterate on engine component sizing and feature optimization to ensure stresses are managed to meet strength and LCF/HCF requirements, reducing the risk of escapes to detailed simulation.

Design BOM & Configuration Management

Design BOM & Configuration Management

Manage multi-CAD BOMs and their relationships across your distributed design teams so they can create, manage, visualize, validate and re-use design data across a wide selection of MCAD systems.

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Aero-Engine Design for Aircraft Engines
Aero-Engine Design for Aircraft Engines
Aero-Engine Design for Aircraft Engines

Demand for new aero-engine products is rising. Customers require high performance, quality and reliability. Each new product requires certification to thousands of regulatory and contractual requirements. Engineering teams must solve complex design challenges within a distributed design partner supply chain. Aero-engine design is under pressure to develop more efficient engines at increasing performance levels and bring those engines to market faster, necessitating the implementation of a full digital twin – digital thread.

Siemens PLM Software has the differentiating experience leading to a best-in-class solution.

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Aero-Engine Design for Aircraft Engines
Aero-Engine Design for Aircraft Engines
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