Author

Howard P. Morgan

Observed names: H. P. Morgan, H.P. Morgan, Morgan, Howard Paul

Observed institution: Building Research Establishment

OpenAlex ID: A5111677640

Design Principles for Smoke Ventilation in Enclosed Shopping Centres

2010 · H.P. Morgan · OpenGrey (Institut de l'Information Scientifique et Technique) · 48

Entrainment by two-dimensional spill plumes

1998 · M. Poreh, H.P. Morgan, et al. · Fire Safety Journal · 46

The spill plume in smoke control design

1998 · P.H. Thomas, H.P. Morgan, et al. · Fire Safety Journal · 45

Heat transfer from a buoyant smoke layer beneath a ceiling to a sprinkler spray. 1—a tentative theory

1979 · Howard P. Morgan · Fire and Materials · 42

Atrium buildings: Calculating smoke flows in atria for smoke-control

1987 · H.P. Morgan, G.O. Hansell · Fire Safety Journal · 38

Heat transfer from a buoyant smoke layer beneath a ceiling to a sprinkler spray. 2—an experiment

1979 · H. P. Morgan, K. Baines · Fire and Materials · 37

The horizontal flow of buoyant gases toward an opening

1986 · H.P. Morgan · Fire Safety Journal · 36

Fire sizes and sprinkler effectiveness in offices — implications for smoke control design

1985 · H.P. Morgan, G.O. Hansell · Fire Safety Journal · 16

On power laws for describing the mass flux in the near field of fires

1996 · Michael Poreh, Howard P. Morgan · Fire Safety Journal · 10

Comments on “a note on smoke plumes from fires in multi-level shopping malls”

1987 · H.P. Morgan · Fire Safety Journal · 9

Smoke control in atrium buildings using depressurisation. Part 1: Design Principles.

1990 · G. O. Hansell, H. P. Morgan · Fire Science and Technology · 7

PDF

Fire sizes in hotel bedrooms — implications for smoke control design

1985 · G.O. Hansell, H.P. Morgan · Fire Safety Journal · 7

Hot Smoke Tests: Testing the Design Performance of Smoke and Heat Ventilation Systems and of Impulse Ventilation Systems

2004 · H.P. Morgan · 6

The influence of a perforated false ceiling on the performance of smoke ventilation systems

1985 · N.R. Marshall, S.Q. Feng, et al. · Fire Safety Journal · 4

Smoke control in atrium buildings using Depressurisation. Part 2: Considerations affecting practical design.

1990 · G. O. Hansell, H. P. Morgan · Fire Science and Technology · 3

PDF

Atrium building smoke flows

1988 · H.P. Morgan, G.O. Hansell · Fire Safety Journal · 3

Reply to comments on “fire sizes and sprinkler effectiveness in offices—implications for smoke control design”

1986 · H.P. Morgan, G.O. Hansell · Fire Safety Journal · 2

Smoke Extraction by Entrainment Into a Ducted Water Spray

1974 · H.P. Morgan, M.L. Bullen · Fire Safety Science · 2

Smoke Control Using the "cabin Principle": Pros and Cons of Shevs and of Depressurisation

2000 · H.P. Morgan

Moves Towards Performance-based Standards in the U.k. and in the European Committee for Standardisation (cen)

1999 · H.P. Morgan

The Flow of Buoyant Fire Gases Beneath Corridor Ceilings: a Theory

1977 · H.P. Morgan · Fire Safety Science

A method of extracting smoke from buildings using a water-air jet pump

1976 · H. P. Morgan, M. L. Bullen · Fire Technology

Works count: 24

Citation count: 361

H-index: 9

I10-index: 9