Fundamental Studies : Flames / Stability / Pressure interactions
1 McIntosh, A. C. Pressure disturbances of different length scales interacting with conventional flames. Comb. Sci. and Tech., 75, 287-309, (1991).
2 McIntosh, A.C. The linearised response of the mass burning rate of a premixed flame to rapid pressure changes. Comb. Sci. and Tech., 91(4-6), 329-346 (1993).
3 Johnson, R.G., McIntosh, A.C. and Brindley, J. Extinction of premixed flames by pressure drops. Comb. and Flame, 102, 493-500 (1995).
4 Johnson, R.G., McIntosh, A.C. and Brindley, J. Evolution of a fast flame behind an induction zone. Shock Waves, 6(4), 225-232, (1996).
5 McIntosh, A.C. The influence of pressure waves on the initial development of an explosion kernel. AIAA Journal, 33(9), 1651-1658, (1995).
6 Liu, F., McIntosh, A.C. and Brindley, J. An numerical investigation of Rayleigh-Taylor effects in pressure wave-premixed flame interactions. Comb. Sci. and Tech., 91(4-6), 373- 386 (1993).(Short Communication).
7 Batley, G.A., McIntosh, A.C., Brindley, J. and Falle, S.A.E.G. A numerical study of the vorticity field generated by the interaction of a planar pressure wave and a cylindrical premixed laminar flame. J. Fluid Mech., 279, 217-237 (1994).
8 Batley, G.A., McIntosh, A. C. and Brindley, J. Baroclinic distortion of laminar flames. Proc. Roy. Soc., A452, 199-221, (1996).
9 Greenberg, J.B., McIntosh, A.C. and Brindley, J. Instability of a flame front propagating through a fuel-rich droplet-vapour-air cloud. Combustion Theory and Modelling, 3(3), 567-584, (Sept. 1999).
Acoustic Resonance of Burners
10 McIntosh, A. C. Flames resonance and acoustics in the presence of heat loss. American Mathematical Society, Lectures in Applied Maths (Ed. G.S.S. Ludford): 24(1), 269-301, Providence, RI, USA (1986). ISBN 0-8218-1124-4.
11 McIntosh, A.C. and Rylands, S. A model of heat transfer in Rijke Tube Burners. Comb. Sci. and Tech., 113/114, 273-289, (1996).
12 McIntosh, A. C. On Flame Resonance in Tubes. Comb. Sci. and Tech., 69, 147-152 (1990) (Short Communication).
13 Raun, R.L. and Beckstead M.W. A numerical model for temperature gradient and particle effects on Rijke Burner Oscillations. Comb. and Flame, 94, 1-24 (1993).
Droplet Ignition
14 McIntosh, A.C., Goldshtein, V., Goldfarb, I. and Zinoviev, A. Thermal Explosion in a combustible gas containing fuel droplets. Comb. Theory and Modelling, 2, 153-165, (June 1998).
Damp Ignition
15 McIntosh, A.C. A Semenov approach to the modelling of thermal runaway of damp combustible material. IMA J. Applied Maths, 51(3), 217-238 (Dec. 1993).
16 McIntosh, A.C. Condensation-enhanced ignition of damp combustible material. Mathematical and Computer Modelling, 24(8), 11-20, (1996).
17 McIntosh, A.C. and Gray, B.F. The ignition of damp combustible material where the fibres are entirely covered with H20. Comb. Sci. and Tech., 104 (4-6), 235- , (1995).
Ignition of Combustible Fluids in Porous Media
18 McIntosh, A.C., Bains, W., Crocombe, W. and Griffiths, J.F. Autoignition of combustible fluids in porous insulation materials. Comb. and Flame, 99(3,4), 541-550 (Dec. 94). Presented at the 25th Symposium (International) on Combustion, Irvine, California, Aug.1-5th 1994.
19 McIntosh, A.C. and Griffiths, J.F. On the thermal runaway of combustible fluids in lagging material. IMA J. Applied Maths, 54, 83-96, (1995).
20 McIntosh, A.C. and Gray, B.F. Self-heating of combustible vapour in porous material when the fibres are entirely covered by fluid. Comb. Sci. and Tech., 113/114, 503-515, (1996).
21 McIntosh, A.C., Truscott, J.E., Brindley, J., Griffiths, J.F. and Hafiz, N. Spatial effects in the thermal runaway of combustible fluids in insulation materials. Special Edition to commemorate the 70th Birthday of Professor Peter Gray FRS, J. Chem. Soc., Faraday Transactions, 92(16), 2965-2969, 1996.
22 Truscott, J.E., Brindley, J. McIntosh, A.C. and Griffiths, J.F. The effect of diffusion on the autoignition of combustible fluids in insulation materials. IMA J. Applied Maths, 57, 257-271, (1996).
23 Brindley, J., Griffiths, J.F., Zhang, J., Hafiz, N.A. and McIntosh, A.C. Critical criteria for ignition of combustible fluids in insulation materials. AIChE Journal, 44(5), 1027-1037, (May 1998).
24 McIntosh, A.C. Lagging ignition of combustible fluids in porous media - effect of fuel supply rate. Comb. Theory and Modelling, 2, 179-192, (June 1998).
25 Brindley, J., Griffiths, J.F., Hafiz, N.A., McIntosh, A.C. and Zhang, J. Criteria for autoignition of combustible fluids in insulation materials. Trans. IChemE, 77 (B), March 1999, 61-68.
26 Goldshtein, V., McIntosh, A.C. and Zinoviev, A. A spatially uniform model of self-ignition due to combustible fluid leakage in insulation materials - the effect of initial conditions. SIAM J. Applied Maths, 59(4),1251-1265 (1999).
27 McIntosh, A.C., Gray, B.F. and Wake, G.C. Analysis of the bifurcational behaviour of a simple model of vapour ignition in a porous material. Proc. Roy. Soc., A453, 281-301, (1997).
Fire Safety - Fire and Smoke Movement in Buildings
28 Charters, D.A. and McIntosh, A.C. FASIT - a computer model for predicting fire in tunnels. Fire (J. Fire Protection), 88 (1082), 13-14 (1995).
29 Rylands, S., Davis, P., McIntosh, A.C. and Charters, D.A. Predicting Fire and Smoke movement in tunnels using zone modelling. Proceedings of the 3rd International Conference on Safety in Road and Rail Tunnels, 9th - 11th March, Nice, France, (Ed. A. Vardy), ITC / University of Dundee, 127-138, (1998). ISBN 1-901-808-033.
Fire Safety - Ignition of Polymers and Use of Retardants to Restrict Ignition
30 Nelson, M.I., Brindley, J. and McIntosh, A.C. A Mathematical model of Ignition in the Cone Calorimeter. Comb. Sci. and Tech., 104(1-3), 33- (1995).
31 Nelson, M.I., Brindley, J. and McIntosh, A.C. The dependence of critical heat flux on fuel and additive properties: a critical mass flux model. Fire Safety Journal, 24, 107-130 (1995).
32 McIntosh, A.C., Nelson., M.I. and Brindley, J. The ignition properties of thermally thin materials in the cone calorimeter: a critical heat flux model. Comb. Sci. and Tech., 113/114, 221-241, (1996).
33 Leung, C.H., Staggs, J.E.J., Brindley, J. and McIntosh, A.C. Modelling of a one-dimensional ablation process with char formation. Comb. Sci. and Tech., 119(1-6), 301-329, (1996).
34 Nelson, M.I., Brindley, J. and McIntosh, A.C. Polymer Ignition. Mathematical and Computer Modelling, 24(8), 39-46, (1996).
35 Nelson, M.I., Brindley, J. and McIntosh, A.C. Ignition of thermally thin thermoplastics - the effectiveness of inert additives in reducing flammability. Polymer Degradation and Stability, 54, 255-266, (1996).
36 Leung, C.H., Staggs, J.E.J., Brindley, J. and McIntosh, A.C. Heat transfer to an infinite solid through a moving boundary. Int. Comm. Heat Mass Transfer, 24(2), 181-189, (1997).
37 Nelson, M.I., Brindley, J. and McIntosh, A.C. The effect of heat sink additives on the ignition and heat release properties of thermally thin thermoplastics. Fire Safety Journal, 28, 67-94, (1997).
38 Leung, C.H., Staggs, J.E.J., Brindley, J. and McIntosh, A.C. Modelling of polymer ablation including a substrate base. Comb. Sci. and Tech., 126(1-6), 53-, (1997).
39 Ball, R., McIntosh, A.C. and Brindley, J. Thermokinetic models for simultaneous reactions: a comparative study. Comb. Theory and Modelling, 3(3), 447-468, (Sept. 1999).