intrinsys - Intelligent Engineering - Aerospace Reference Propeller Torsional Analysis

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Aerospace Engineering

Propeller Torsional Analysis

Objectives

Analyse new engine installation in aircraft to confirm acceptable driveline vibration behaviour –for leading propeller manufacturer

Project Scope

Complete mass-elastic model developed incorporating engine, propeller and driveline stiffnesses (including pendulum vibration absorbers)
Calculation of engine combustion loads
Implementation into NASTRAN
Determination of natural frequencies
Provide full mass-elastic model to customer for use in forced response analyses

Aerospace Engineering

> A400M Lifting and Handling

> Empennage Primary Structure

> Aircraft Seal Design

> Learjet Crew Seating

> Aircraft Seat Analysis

> Aircraft Wing Components

> AIRBUS A350 Wing Tooling

> F1 Front Wing

> UAV Engine Consulting

Intelligent Engineering Toolset

> Knowledgebased Design

> Intelligent Tooling Design

> Advanced NC Processes

> Intelligent Analysis

> Scripting and Macro's

> Product Data Management

> Drawingless Manufacture

Intrinsys | Denbigh Road Bletchley Milton Keynes MK1 1DB
|Tel: +44 (0) 1908 278606 | Fax: +44 (0) 1908 278601 | Email: info@intrinsys.co.uk