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Aero-Engine Design

Aero-Engine Design

Improved fuel efficiency, thrust, emission control, significantly improved thermal management, time to market, and power-by-the-hour service agreements have all been important demands made of Aerospace & Defense engine makers. Our solution addresses aero-engine's challenging service entry requirements. We provide the best-in-class design solution enabling aero-engine OEMs to get the right engine to market faster while exceeding customer expectations.

Improved fuel efficiency, thrust, emission control, significantly improved thermal management, time to market, and power-by-the-hour service agreements have all been important demands made of Aerospace & Defense engine makers. Our solution addresses aero-engine's challenging service entry requirements. We provide the best-in-class design solution enabling aero-engine OEMs to get the right engine to market faster while exceeding customer expectations.

Aero-Engine Design

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The demand for new aero-engine products is growing. Global economic growth, especially in Asia, is increasing passenger travel, leading to more orders for commercial aircraft while global unrest is increasing orders for military aircraft. In addition to increased demand, another factor affecting aero-engine manufacturers is power-by-hour service agreements, which are becoming normal and creating a win-win situation for OEMs and airlines.

Each new engine requires certification to thousands of regulatory and contractual requirements. With this, engineering teams must solve complex design problems within a distributed design partner supply chain. Challenges such as these necessitate the implementation of a full digital twin – digital thread leveraging the Internet of Things (IoT).

By addressing the aircraft engine development process – structural, mechanical, and systems engineering, as well as testing and verification – our comprehensive solution portfolio allows you to implement the full digital twin approach to create innovative engines and components while improving the development processes. Our solutions enable aero-engine manufacturers to develop more efficient engines at increasing performance levels and bring those engines to market faster.

Aero-Engine Design

Solution Capabilities

CAE Simulation

Predict part and process performance with a unified, shared 3D simulation platform. Accurately predict product performance and accelerate the simulation process for aerospace and defense product engineering teams.

Composite Design Integration

Speed the process for simulating laminate composite materials through a seamless connection to composites design, solvers and comprehensive post processing. Make products lighter yet stronger through use of composite materials.

Design for Additive Manufacture

Achieve design freedom. Convergent Modeling™ technology, generative design and topology optimization technologies drive stronger and lightweight designs that can only be manufactured using new techniques such as additive manufacturing.

Design Interoperability

Enable collaboration and interoperability between various design tools such as MCAD and ECAD to ensure alignment and prevent rework.

Digital Mockup

Use real-time digital mockup tools to resolve design issues such as interferences and accessibility. Perform motion studies using the product’s digital twin early in your product lifecycle.

Industrial Design & Styling

Distinctive design and styling gives companies a competitive advantage. Our products deliver flexible, robust computer-aided industrial design and styling software that accelerates your product engineering by providing fast concept designs that can be directly used in modeling.

Integrated BOM Management

Manage engineering BOM definitions - from simple CAD structures to complex product definitions. Supports up-front planning and master product definition, through design, development, manufacturing, service and more.

Knowledge Reuse

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

Model Based Definition

Enable production of a complete digital definition of a product within a 3D model, thus replacing a traditional drawing.

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