Cracked NASA Heat Exchanger – Failure Analysis & Redesign
Failure analysis of cracks around bolt holes of the inlet and outlet tubesheets of a NASA heat exchanger.
Cracked NASA Heat Exchanger – Failure Analysis & Redesign Read More »
Portfolio of Aerospace Engineering Projects / Solutions – including aircraft flight controls, landing gears, NASA heat exchangers and the Space Shuttle Main Engines.
Engineering equipment operating in extreme environments – whether in single or multiple missions – requires experience in materials, design and finite element analysis. FEA is used to determine structural integrity of components operating in a range of loads including (thermal / transient), stress, vibration & fatigue).
Our work has also included a number of interesting projects that are not presented here.
Call Tom O’Donnell to Discuss your Engineering Challenges. (412) 835-5007
Failure analysis of cracks around bolt holes of the inlet and outlet tubesheets of a NASA heat exchanger.
Cracked NASA Heat Exchanger – Failure Analysis & Redesign Read More »
Metallurgical Evaluation of Cracks found in Aluminum Actuator Arm on Aircraft Landing Gear.
Metallurgical & Engineering Evaluations- Cracks on Actuator in Landing Gear Read More »
Prediction of Thrust Chamber Life on Space Shuttle Engines Due to Hot-Gas-Wall Ligaments Subjected to Severe Thermal Cycling
Prediction of Thrust Chamber Life on NASA Space Shuttle Main Engines Read More »
Recertification of aging pressure vessels and pressure systems, including stress, fatigue and fracture analyses to ASME Code – at NASA Lewis
Recertification of Aging Pressure Vessels / Systems at NASA Facility Read More »
Forensic Failure Analysis – Boeing 737 Flight Control System Aircraft Stabilizer Trim Motor Bearings.
Comprehensive Forensic Failure Analysis of Boeing 737 Flight Control Failures Read More »
Modal and Vibration analysis on linear variable displacement transducers
Modal and Vibration FEA Analysis on Linear Displacement Transducers (Actuators) Read More »