Dr. Periklis Lolis

Technical lead of a LuFo project aiming to integrate a hydrogen fuel cell and associated systems with an electrical propulsion system onboard of a Do328 aircraft. Focusing on functional analysis, requirement capture and management, architecture definition, interface negotiation and alignment of all project stakeholders, including legacy aircraft CVEs, safety and airworthiness representatives. Development of the experimental aircraft applying established standards (e.g. ARP4754, ARP4761 and DO-160).

• Airbus technical and project lead on aircraft LH2 cryogenic refuelling systems and processes technology, H2 aircraft ground operations and airport infrastructure. • Focus on development of system P&IDs and LH2 refuelling components. • Lead for component supplier selection.

Department: E-Aircraft Systems, CTO • Design and analysis (FEA and analytical calculations) of mechanical systems for electric aircrafts, including gearboxes, frames and hydrogen tanks. • Airbus technical lead for liquid hydrogen refuelling and ground equipment. • Leading technology development projects and supplier selection for components.

Department: New Product/Technology Introduction, Rotating Machinery, Steam Power Systems • Dynamic and static analysis of steam turbine blades and seals, using in-house and commercial FEM and analytic methods. Development of blade assessment methods (including HCF, LCF, creep phenomena). • Eigenfrequency measurements by using a laser vibrometer. • Development of manufacturing tolerance assessment tools, assisting in part evaluation and manufacturing process improvement.

Department: Critical Technology Blades, Thermal Transverse Technologies Similar to position at GE Power, focusing on steam turbine and gas turbine compressor blades.

Design and analysis of new lift models, improvement of existing models, special orders design, experiments and testing on lift technology, structures and frames.

Project Title: Aero Gas Turbine Preliminary Weight Estimation Methods

Option: Design and Analysis of Structures. Subjects include: Vibrations, Material strength, FEM theory and analysis, CAD systems, Machine elements, Mechanism Design, Machining, Material science. Thesis: Design of a Solar Powered Vehicle