Author

N. A. G. Johnson

Observed names: N. A.G. Johnson, N.A.G. Johnson

Observed institutions: North Carolina State University, UNSW Sydney

OpenAlex ID: A5111808533

2003 · N. A.G. Johnson, E. J. Wood, et al. · Journal of the Textile Institute · 98

2009 · N. A. G. Johnson, I. M. Russell · Woodhead Publishing Limited eBooks · 46

Preface * *Merino 200 (2007), ‘Iconic image announced winner of ‘Australian Wool to the World’ Photographic Competition’,http://www.merino200.com/lo/index.html, accessed 14 May 2008.

2009 · N.A.G. Johnson, I.M. Russell · Elsevier eBooks · 29

7—a Computer Simulation of Drafting

1981 · N. A. G. Johnson · Journal of the Textile Institute · 28

Wool Fibre Microdamage Caused by Opening Processes Part II: A Study of the Contact Between Opening Elements and Wool Fibre in Controlled Extension

1995 · A. A. Gharehaghaji, N. A. G. Johnson · Journal of the Textile Institute · 14

Wool-fibre Microdamage Caused by Opening Processes Part I: Sliver Opening

1993 · A. A. Gharehaghaji, N. A.G. Johnson · Journal of the Textile Institute · 13

The Behaviour of Fibres Struck by High-speed Pins. Part I: Theory

1992 · Y. Yan, N. A. G. Johnson · Journal of the Textile Institute · 12

Investigation of Combing Forces Part I: Fibre Tension

1991 · X. Wang, N. A. G. Johnson · Journal of the Textile Institute · 12

Fluid-flow Phenomena in Friction Spinning

1988 · N. A. G. Johnson, P. R. Lord · Journal of the Textile Institute · 11

Wool Fibre Microdamage Caused by Opening Processes. Part III: In-situ Studies on the Tensile Failure of Damage-induced Fibres

1999 · A. A. Gharehaghaji, N. A.G. Johnson, et al. · Journal of the Textile Institute · 8

Investigation of Combing Forces. Part III: Disentangling Twisted Fibres—Theory

1992 · X. Wang, N. A.G. Johnson · Journal of the Textile Institute · 6

Investigation of Combing Forces. Part II: Pin Forces

1992 · N. A. G. Johnson, X. Wang · Journal of the Textile Institute · 6

Wool Fibre Microdamage Caused by Opening Processes. Part IV: In-situ SEM Studies on the Compressive Microdamage and Failure of Wool Fibres Looped around Opening Elements

1999 · A. A. Gharehaghaji, N. A.G. Johnson, et al. · Journal of the Textile Institute · 5

The Measurement of Fibre-withdrawal Forces in Simulated High-speed Carding

1996 · B. Li, N. A.G. Johnson, et al. · Journal of the Textile Institute · 5

The Behaviour of Fibres Struck by High-speed Pins. Part II: Experiment

1992 · Y. Yan, N. A. G. Johnson · Journal of the Textile Institute · 4

Investigation of Combing Forces. Part IV: Disentangling Twisted Fibres—Evaluation

1992 · N. A.G. Johnson, X. Wang · Journal of the Textile Institute · 4

Wool Fibre Microdamage Caused by Opening Processes. Part V: The Effect of Compressive Damage on Fibre Strength

1999 · A. A. Gharehaghaji, N. A.G. Johnson, et al. · Journal of the Textile Institute · 1

Static Generation and Control in Fiber Processing

2004 · N. A. G. Johnson · Synthetic Fiber in China

The WRONZ abrasion test instrument and method.

1998 · J. Lappage, N. A. G. Johnson, et al. · Wool technology and sheep breeding

Limits to the Speed of Fibre Withdrawal from a Fibre Assembly or Pin Bed

1997 · B. Li, N. A. G. Johnson · Journal of the Textile Institute

Book Review

1994 · Moon W. Suh, P. T. Speakman, et al. · Journal of the Textile Institute

Book Review

1994 · N. A.G. Johnson · Journal of the Textile Institute

Works count: 22

Citation count: 302

H-index: 9

I10-index: 9