Jason Alan Nassar

Title: Jason Alan Nassar: Patents in Gas Turbine Protection and Battery Control

Introduction

Jason Alan Nassar is an inventor associated with League City, Texas, and General Electric Company. His patent work addresses equipment protection in gas turbine systems and power management for battery networks. He is named on 2 patents.

Latest Patents

Nassar’s listed patents include “Foreign Object Damage Screen for Gas Turbine System” and “Dynamic Battery Control Based on Demand.”

“Foreign Object Damage Screen for Gas Turbine System” describes a screen positioned upstream of a gas turbine engine’s air intake to prevent debris from entering. Its flexible, woven, non-metal fabric is designed to absorb and dissipate impact energy, with a stated tensile strength ranging from 2,700 to 3,700 megapascals.

“Dynamic Battery Control Based on Demand” describes a system that connects multiple power units as a network to supply a load. A controller manages when electrical contacts switch, using information about each unit’s charge, the load’s demand, and the power being supplied.

Career Highlights

Nassar’s listed inventions reflect work on two engineering challenges: reducing the risk of foreign-object damage to gas turbines and coordinating battery power according to demand. Both patents describe systems intended to manage operating conditions through engineered materials or controlled electrical connections.

Collaborations

Nassar’s listed coworkers include Richard Garland Dornier and Randall John Kleen. His patent work is associated with General Electric Company.

Conclusion

Jason Alan Nassar’s two listed patents highlight his contributions to gas turbine protection and demand-responsive battery control.