Honeywell International Inc.

Richard J Foley

Kevin K Chakkera

Andrew T Johnson

Terry Ahrendt

Nitesh Lall

Amarnath Subrahmanya

Ramji Sethu

Randall Pirtle

Prakash Subramonian

Sandeep Baliga

Michael R Madsen

Methods and systems are provided for predicting the reliability of a plurality of products that will be deployed during a product deployment period comprising a plurality of time intervals. The method comprises retrieving historical product removal data from a product removal data source, retrieving historical product shipment data from a product shipment data source, identifying a plurality of Weibull parameters based on at least a portion of retrieved product removal data and product shipment data, and performing a plurality of product deployment simulations, wherein each product deployment simulation includes predicting a lifespan for each of the plurality of products and determining reliability metrics for uniform time intervals during the product deployment period.

System and method for product deployment and in-service product risk simulation

An electromechanical thrust reverser actuation system that is designed with non-symmetric redundant channels is interfaced with an aircraft engine control system that is also redundantly designed. In one embodiment, the engine control system is also designed with non-symmetric redundant channels, and in another embodiment it is designed with symmetric redundant channels.

System architecture for electromechanical thrust reverser actuation systems

Growing community of inventors

Tempe, AZ, United States of America

Richard J Foley