Aero engines
size-56
_self
_self
Powering the future of flight: sustainable, efficient, and safer aero engines
Aero engine oems have grown more complex to meet advanced design needs and evolving customer demands. Engines need to deliver peak performance and controlled maintenance costs with low noise, low emissions, and high fuel efficiency.
We support turbine engine oems in overcoming these challenges with innovative technology solutions across the design and ownership of actions, rotors, stators, cases, thermal and lube systems, dynamic loads, and propulsion systems. Integrating digital transformation, we enhance aero engine solutions with data-driven reliability control, predictive maintenance, and quality notification resolution.
Ability to engage in risk-sharing partnerships with clients
Over 60 co-patents filed in aero-engine design technology
Extensive experience in aero engine testing and certification
Expertise in seamless design to prototype transition
Intelligent engineering with Cyient
We collaborate with our customers by forming value-stream-based product teams that ensure the design intent is properly manufactured in the supply base. We also provide a complete quality notification solution designed to streamline non-conformance resolution.
Digital platform and technology services
Enhancing operational efficiency, ensuring rigorous testing, and reducing costs to secure a competitive edge.
Design and validation support
Striking the right balance between clean lines, power, and safety in aero engine design.
Engine testing and analysis
Optimizing aero engine products and processes across different environments, temperatures, and materials for enhanced safety.
Aftermarket and mro services
Minimizing delays in post-purchase services and addressing supply chain challenges with data-driven predictive maintenance.
Aerospace content management services
Delivering insightful, industry-relevant content and streamlining technical documents to maintain up-to-date technical assets.
Insights
Integrating product manufacturing information
Integrating product manufacturing information (pmi)-driven master model method for enhanced manufacturing process optimization
Learn more
Synergizing DOE and geometric deep learning for rapid integrated bladed rotor (ibr) design
Synergizing DOE and geometric deep learning for rapid integrated bladed rotor (ibr) design
Learn more
Powering the future of flight: sustainable, efficient, and safer aero
Powering the future of flight: sustainable, efficient, and safer aero
Learn more
Powering the future of flight: sustainable, efficient, and safer aero
Aero engine turbine disk multi disciplinary optimization
Learn more
Reducing
Reducing the maintenance cost by up to 8% while improving the overall engine reliability by 10% for aircraft oems
Learn more
Offering advanced design
Offering advanced design, analysis, and engine test support with 20 customer-owned patents and 22% of the global engineering effort in purepower® engine
Learn more
Offering advanced design
Reducing manual efforts by 80% by automating the validation of aircraft maintenance for one of the largest global aerospace and defense contractors in the world.
Learn more
Design and analysis of aero engine cases subjected to blade-out
Design and analysis of aero engine cases subjected to blade-out
Learn more
Evolving advancements
Evolving advancements in turbomachinery design and analysis and the achievements in past decades
Learn more
Thermally-induced seizure
Thermally-induced seizure in journal bearing finite element study
Learn more
Understanding and managing aero engine loads
Understanding and managing aero engine loads: A comprehensive guide to loads in aero engine operations in contemporary aviation
Learn more
Expediting EQNs processing
Expediting EQNs processing with 80% accuracy in the manufacturing and inspection for a leading engine manufacturer
Learn more