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Journal Articles

Gas Flow and Units: A Method of Simplifying Gas Flow Equations

V.D. Naylor

Aircraft Engineering (1956) 28 (8): 279.

https://doi.org/10.1108/eb032726

Published: 01 August 1956

View article titled, Gas Flow and Units: A Method of Simplifying Gas Flow Equations

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Journal Articles

The Shock‐Wave Cubic: Presentation of an Equation which Permits the Solution of Shock‐Wave Problems without Tables

V.D. Naylor

Aircraft Engineering (1954) 26 (12): 407–409.

https://doi.org/10.1108/eb032501

Published: 01 December 1954

View article titled, The Shock‐Wave Cubic: Presentation of an Equation which Permits the Solution of Shock‐Wave Problems without Tables

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Journal Articles

The Wright Brothers' Papers: A Record of Painstaking Research and Experiment

V.D. Naylor

Aircraft Engineering (1954) 26 (11): 393–394.

https://doi.org/10.1108/eb032494

Published: 01 November 1954

View article titled, The Wright Brothers' Papers: A Record of Painstaking Research and Experiment

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Journal Articles

Propeller Parameters and the Axial Compressor: An Examination of the Validity of Applying Propeller Theory to the Axial‐flow Compressor

V.D. Naylor

Aircraft Engineering (1953) 25 (7): 190–193.

https://doi.org/10.1108/eb032309

Published: 01 July 1953

View article titled, Propeller Parameters and the Axial Compressor: An Examination of the Validity of Applying Propeller Theory to the Axial‐flow Compressor

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Journal Articles

An Experiment on Nozzle Flow: Experimental Determination of the Law of Expansion for Particular Cases

V.D. Naylor

Aircraft Engineering (1952) 24 (11): 344–347.

https://doi.org/10.1108/eb032228

Published: 01 November 1952

View article titled, An Experiment on Nozzle Flow: Experimental Determination of the Law of Expansion for Particular Cases

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Journal Articles

Flow of a Compressible Gas with Friction: A Study of the Effects of Friction in Compressible Flow and the Development of a Correction Factor

V.D. Naylor

Aircraft Engineering (1951) 23 (10): 308–310.

https://doi.org/10.1108/eb032091

Published: 01 October 1951

View article titled, Flow of a Compressible Gas with Friction: A Study of the Effects of Friction in Compressible Flow and the Development of a Correction Factor

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Journal Articles

The Critical Flow of a Gas Through a Convergent Nozzle: A Simple and More Comprehensive Treatment of Throat Conditions in Critical Nozzle Flow

V.D. Naylor, M.Sc., A.F.R.Ae.S.

Aircraft Engineering (1951) 23 (6): 160–162.

https://doi.org/10.1108/eb032043

Published: 01 June 1951

View article titled, The Critical Flow of a Gas Through a Convergent Nozzle: A Simple and More Comprehensive Treatment of Throat Conditions in Critical Nozzle Flow

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Journal Articles

Airscrew Torque‐Coefficient

V.D. Naylor, B.Sc.

Aircraft Engineering (1945) 17 (8): 229–231.

https://doi.org/10.1108/eb031275

Published: 01 August 1945

View article titled, Airscrew Torque‐Coefficient

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Journal Articles

The Stalling of Airscrew Blades

V.D. Naylor, B.Sc.

Aircraft Engineering (1945) 17 (2): 48–50.

https://doi.org/10.1108/eb031220

Published: 01 February 1945

View article titled, The Stalling of Airscrew Blades

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Journal Articles

A Master Thrust‐Curve for Airscrews

V.D. Naylor, B.Sc.

Aircraft Engineering (1944) 16 (11): 310–312.

https://doi.org/10.1108/eb031186

Published: 01 November 1944

View article titled, A Master Thrust‐Curve for Airscrews

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Gas Flow and Units: A Method of Simplifying Gas Flow Equations

The Shock‐Wave Cubic: Presentation of an Equation which Permits the Solution of Shock‐Wave Problems without Tables

The Wright Brothers' Papers: A Record of Painstaking Research and Experiment

Propeller Parameters and the Axial Compressor: An Examination of the Validity of Applying Propeller Theory to the Axial‐flow Compressor

An Experiment on Nozzle Flow: Experimental Determination of the Law of Expansion for Particular Cases

Flow of a Compressible Gas with Friction: A Study of the Effects of Friction in Compressible Flow and the Development of a Correction Factor

The Critical Flow of a Gas Through a Convergent Nozzle: A Simple and More Comprehensive Treatment of Throat Conditions in Critical Nozzle Flow

Airscrew Torque‐Coefficient

The Stalling of Airscrew Blades

A Master Thrust‐Curve for Airscrews

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