1. Vitskaplege arbeid publiserte i internasjonale tidsskrift

[1] On non-linear magneto-hydrodynamic wave motion in dissipative media.

Physica Norwegica 2 (2), pp. 134-, (1967).

[2] A note on the stability of steady inviscid helical gas flows.
Journal of Fluid Mechanics, 89, part 3, pp. 401-411, (1978).
(Co-author Knut S. Eckhoff).

[3] On the stability of rotating compressible and inviscid fluids.
Journal of Fluid Mechanics, 99, part 2, pp. 433-448, (1980).
(Co-author Knut S. Eckhoff).

[4] A note on the stability of horizontal stratified shear flows of an inviscid compressible fluid.
The Quarterly Journal of Mechanics and Applied Mathematics, vol. XXXV, Part 3, pp. 325-333, (1982).

[5] Om hydrodynamisk stabilitet - ein enkel ikkje-lineær modell.
Nordisk Matematisk Tidskrift, 33, hefte 2, pp. 57-67, (1985)

[6] An Analytical Study on Natural Convection in Isotropic and Anisotropic Porous Channels.
Journal of Heat Transfer, 112, pp. 396-401, (1990).
(Co-author T. Nilsen).

[7] Natural Convection in a Horizontal Porous Cylinder.
International Journal of Heat and Mass Transfer, 34, No. 8, pp. 1959-1968, (1991).
(Co-author M. Tveitereid).

[8] Onset of convection in an anisotropic porous medium with oblique principal axes.
Journal of Fluid Mechanics, 226, pp. 371-382, (1991).
(Co-author Peder A. Tyvand).

[9] Natural convection in a horizontal porous layer with anisotropic thermal diffusivity.
Transport in Porous Media, 12, pp. 19-29, (1993).

[10] The effect of anisotropic permeability on free convective boundary layer flow in porous media.
Transport in Porous Media, 19, pp. 79-92, (1995).
(Co-author D.A.S. Rees).

[11] Free convection in a vertical porous layer with walls at non-uniform temperature.
Fluid Dynamic Research, 19, pp. 107-119, (1996).
(Co-author I. Pop).

[12] An analytical study of free convective boundary layer flow in porous media: The effect of anisotropic diffusivity.
Transport in Porous Media, 27, pp. 289-304, (1997).
(Co-author D.A.S. Rees).

[13] The influence of higher-order effects on the linear instability of thermal boundary layer flow in porous media.
International Journal of Heat and Mass Transfer, 41, No. 12, pp. 1833-1843, (1998).
(Co-author D.A.S. Rees).

[14] Free convection in a shallow annular cavity filled with a porous medium.
Journal of Porous Media, 1, No.3, pp. 227-241, (1998).
(Co-authors I.Pop and D.A.S. Rees).

[15] Onset of convection in an inclined porous layer with anisotropic permeability.
Applied Mechanics and Engineering, 4, No.3, pp. 575-587, (1999).
(Co-author M. Tveitereid)

[16] Convective plumes in porous media: The effect of asymmetrically placed boundaries.
International Communications in Heat and Mass Transfer, 28, No.1, pp. 31-38, (2001).
(Co-authors Andrew P. Bassom and D.A.S. Rees).

[17] Convective plume paths in anisotropic porous media.
Transport in Porous Media, 49, No.1, pp. 9-25, (2002).
(Co-authors D.A.S.Rees and Andrew P. Bassom).

[18] The linear instability of a thermal boundary layer with suction in an anisotropic porous medium.
Fluid Dynamics Research, 30, No.3, pp. 155-168, (2002).
(Co-author D.A.S. Rees).

[19] Convective plumes from a line source.
Quarterly Journal of Mechanics and Applied Mathematics, 55,No.3, pp. 443-455, (2002).
(Co-author D.A.S. Rees)

[20] Free Convection in a Shallow Annular Cavity filled with a Porous Medium.
Journal of Porous Media 7, No. 4, pp. 289-302, (2004).
(Co-authors D.M. Leppinen, I. Pop and D.A.S. Rees).

[21] Anisotropy effects on heat and fluid flow by unsteady natural convection and radiation in saturated porous media.
Numerical Heat Transfer, Part A, 48, pp. 763-790, (2005).
(Co-authors K. Slimi, A. Mhimid, M. Ben Salah, S. Ben Nasrallah and A.A. Mohamad).

[22] The Onset of Convection in an Inclined Anisotropic Porous Layer with Oblique Principal Axes.
Transport in Porous Media, 62, No 2, pp. 139-156, (2006).
(Co-authors: D.A.S. Rees and A. Postelincu).

[23] The Onset of Darcy-Forchheimer Convection in Inclined Porous Layers Heated from Below.
Transport in Porous Media, 64, No. 1, pp. 15-23, (2006).
(Co-authors: D.A.S. Rees and A. Postelnicu)

[24] Mixed convection with viscous dissipation in a vertical channel filled with a porous medium.
Acta Mechanica, 194,No. 1-4, pp.123-140, (2007).
(Co-authors: A. Barletta, E. Magyari and I. Pop)

[25] Unified analytical approach to the Darcy mixed convection with viscous dissipation in a vertical channel.
International Journal of Thermal Sciences, 47, pp. 408-416, (2008).
(Co-authors: A. Barletta, E. Magyari and I. Pop)

[26] Mixed convection with viscous dissipation in an inclined porous channel with isoflux impermeable walls.
Heat and Mass Transfer, 44, pp. 979-988, (2008).
(Co-authors: A. Barletta, E. Magyari and I. Pop)

[27] Buoyant flow with viscous heating in a vertical circular duct filled with a porous medium.
Transport in Porous Media,74, pp. 133-151, ( 2008).
(Co-authors: A. Barletta, E. Magyari and I. Pop)

[28] Linear instability of mixed convection of cold water in a porous layer induced by viscous dissipation.
Internatinal Journal of Thermal Sciences, 48, pp. 655-664, (2009).
(Co-author: A. Barletta)

[29] Convective Roll Instabilities of Vertical Throughflow with Viscous Dissipation in a Horizontal Porous Layer.
Transport in Porous Media, 81, pp. 461-477, (2010).
(Co-authors: A.Barletta and E. Rossi di Schio)

[30] Viscous dissipation and termoconvective instabilities in a horizontal porous channel heated from below.
International Journal of Thermal Sciences, 49, pp. 621-630, (2010).
(Co-author: Antonio Barletta).

[31] Stability of Flow with Viscous Dissipation in a Horizontal Porous Layer with an Open Boundary
Having a Prescribed Temperature Gradient.
Transport in Porous Media, 85, pp. 732-741, (2010).
(Co-author: Antonio Barletta).

[32] Thermoconvective instabilities in an inclined porous channel heated from below.
International Journal of Heat and Mass Transfer, 54, pp. 2724-2733, (2011).
(Co-author: Antonio Barletta).

[33] Onset of convective rolls in a circular porous duct with external heat transfer to
a thermally stratified environnement.
International Journal of Thermal Sciences, 50, pp. 1374-1384, (2011).
(Co-author: Antonio Barletta).

[34] A three-dimensional study of the onset of convection in a horizontal, rectangular
porous channel heated from below.
International Journal of Thermal Sciences, 55, pp.1-15, (2012).
(Co-author: Antonio Barletta).

[35] Onset of Convection in a Porous Rectangular Channel with External Heat Transfer
to Upper and Lower Fluid Environments.
Transport in Porous Media, 94, pp.659-681, (2012).
(Co-author: Antonio Barletta).

[36] Effects of a finite external heat transfer coefficient on the Darcy-Benard instability
in a vertical porous cylinder.
Physics of Fluids, 25, 044101 (2013).
(Co-author: Antonio Barletta).

[37] Convective Instability in a Horizontal Porous Channel with Permeable and
Conducting Side Boundaries.
Transport in Porous Media, 99, pp. 515-533, (2013).
(Co-authors: A. Barletta and E. Rossi di Schio).

[38] Local thermal non-equilibrium effects in the Darcy-Benard instability of a porous
layer heated from below by a uniform flux.
International Journal of Heat and Mass Transfer, 67, pp. 902-912, (2013).
(Co-authors: M. Celli and A. Barletta).

[39] On the thermal instability in a horizontal rectangular porous channel heated
from below by a constant flux.
Journal of Physics: Conference Series 501, pp. 1-10, (2014).
(Co-authors: Antonio Barletta and Eugenia Rossi di Schio).

[40] Thermoconvective instability and local thermal non-equilibrium in a porous layer
with isoflux-isothermal boundary conditions.
Journal of Physics: Conference Series 501, pp. 1-9, (2014).
(Co-authors: Michele Celli and Antonio Barletta)

[41] Adiabatic eigenflows in a vertical porous channel.
Journal of Fluid Mechanics, vol. 749, pp. 778-793, (2014).
(Co-author: Antonio Barletta).

[42] Onset of Convection in an Anisotropic Porous Layer with Vertical Principal Axes.
Transport in Porous Media, 108, pp. 581-593, (2015).
(Co-author: Peder A. Tyvand).

[43] Onset of convection in a vertical porous cylinder with a permeable
and conducting side boundary.
International Journal of Thermal Sciences, 97, pp. 9-16, (2015).
(Co-author: Antonio Barletta).

[44] Linear instability of the vertical throughflow in a horizontal porous layer
saturated by a power-law fluid.
International Journal of Heat and Mass Transfer, 99, pp. 293-302, (2016).
(Co-author: Antonio Barletta).

[45] Degenerate onset of convection in vertical porous cylinders.
Journal of Engineering Mathematics, 113, pp. 165-181, (2018).
(Co-author: Peder A. Tyvand).

[46] The Onset of Convection in a Two-Layered Porous Medium with Anisotropic Permeability.
Transport in Porous Media,128, pp.345-362, (2019).
(Co-author: D.A.S. Rees).

[47] A Non-normal Mode Marginal State of Convection in a Porous Rectangle.
Transport in Porous Media, 128, pp.633-651, (2019).
(Co-authors: Peder A. Tyvand and Jonas Kristiansen Nøland).

[48] Onset of Convection in an Inclined Anisotropic Porous Layer with Internal Heat Generation.
Fluids, Volume 4, Issue 2, (2019).
(Co-author: D.A.S. Rees).

[49] Thermally unstable throughflow of a power-law fluid in a vertical porous
cylinder with arbitrary cross-section.
International Journal of Thermal Sciences, 159, (2021).
(Co-authors: P.V. Brandao, M. Celli and A. Barletta).

2. Kapittel i bøker, proceedings og ymse skrifter, osv

[1] Thermal convection in a porous medium confined by a horizontal cylinder.
In Natural Circulation, ASME, HTD-Vol. 92, pp. 223-230, (1987).
(Co-author M. Tveitereid)

[2] Onset of convection in a horizontal porous layer with anisotropic thermal diffusivity.
 In Proceedings of the Sixth Nordic Meeting on Industrial and Applied Mathematics,
pp. 166-173, Trondheim, (1992).

[3] Free convection in a shallow annular cavity filled with a porous medium.
In 3rd European Fluid Mechanics Conference 1997, pp. 349-349. Gøttingen (1997).
(Co-authors: I. Pop and D.A.S. Rees)

[4] Effects of anisotropy on convective flow through porous media.
In Transport Phenomena in Porous Media (eds. D.B. Ingham and I. Pop),
pp.261-283, Pergamon, (1998).

[5] Convective flow in horizontal and inclined anisotropic porous media.
In Proceedings of the NATO Advanced Study Institute on Porous media (ed. D.B. Ingham),
pp. 529-546, Ovidius University Press, (2003).

[6] Convective flow in enclosures filled with an anisotropic porous medium.
In Proceedings of the NATO Advanced Study Institute on Porous Media (ed. D.B. Ingham),
pp. 547-555, Ovidius University Press, (2003).

[7] Effects of anisotropy on convection in horizontal and inclined porous layers.
In Emerging Technologies and Techniques in Porous Media (eds. D.B.Ingham et al. )
Kluwer Academic Publishers, pp.285-306, (2004).

[8] Onset of convection in an inclined porous layer with internal heat generation.
In Applications of Porous Media - Proceedings of ICAPM 2004 (eds. A.H. Reis and A.F. Miguel),
pp. 139-145, University of Evora, Portugal (2004).
(Co-author D.A.S. Rees)

[9] Natural convection in inclined rectangular porous cavities filled with a porous medium.
In Progress in Computational Heat and Mass Transfer I-Proceedings of 4th ICCHMT 20005
(ed.R.Bennacer), pp. 333-338, Lavoisier, Paris (2005).
(Co-authors: D.A.S. Rees and I. Pop).

[10] Matematisk Modellbygging,  2. utgåve, 100 s.
Institutt for matematiske fag, Høgskolen i Agder (2005).
(Medforfattar: Olav Nygaard)

[11] The onset of convection in a two-layered porous medium with anisotropic permeability.
In Applications of Porous Media - Proceedings of 3rd ICAPM 2006 (eds. A. Mojtabi and A. Mohamad),
paper 10, Marrakesh, Morocco (2006).
(Co-author: D.A.S. Rees)

[12] On the thermal instability in a horizontal rectangular porous channel heated from below by a constant flux.
In Proceedings of 31st UIT Heat Transfer Conference, Como, Italy, June 25-27, 2013 (eds. L. Vitali and P. Gramazio).
(Co-authors: A. Barletta and E. Rossi di Schio).

[13] Thermoconvective instability in and local thermal non-equilibrium in a porous layer with isoflux-
isothermal boundary conditions.
In Proceedings of 31st UIT Heat Transfer Conference, Como, Italy, June 25-27, 2013 (eds. L. Vitali and P. Gramazio)
(Co-authors: M. Celli and A. Barletta).

[14] Ei forteljing om Storesletten skipsbyggeri (1905 - 1962).
Grafisk design og produksjon: Bodoni AS. Bergen (2017).
(Medforfattar: Olav Storesletten).

 

3. Forskningsrapportar, m.m

[1] On non-linear magneto-hydrodynamic wave motion in dissipative media.
NTNF-Report, pp. 1-27. University of Bergen, (1967).

[2] A note on the stability of horizontal shear flow of an inviscid compressible fluid.
Preprint Series, Report No. 56, pp. 1-13. Department of Applied Mathematics, University of Bergen, (1975).

[3] On the stability of shear flow in a rotating compressible and inviscid fluid.
Preprint Series, Report No. 57, pp. 1-57. Department of Applied Mathematics, University of Bergen, (1975).
(Co-author Knut S. Eckhoff)

[4] A note on the stability of steady inviscid helical gas flows.
Preprint Series, Report No. 61, pp. 1-15. Department of Applied Mathematics, University of Bergen, (1976).

[5] A note on the stability of horizontal stratified shear flows of an inviscid compressible fluid.
Skrifter 1981:2, pp. 1-13. Agder distriktshøgskole, Fagseksjon for matematikk.

[6] On the stability of uniform and nonuniform flows in an open inclined channel.
Preprint Series, No. 2, pp. 1-34, Institute of Mathematics, University of Oslo, (1982).

[7] On the linear stability of shear flows of inviscid compressible fluids.
Doktoravhandling ved Universitetet i Bergen, (1983).

[8] Convection in a saturated porous medium confined by a horizontal cylinder.
Skrifter 1986:1, pp. 1-31. Agder distriktshøgskole, Fagseksjon for matematikk.
(Co-author M. Tveitereid)

[9] A note on thermal convection in a fluid confined by a horizontal circular cylinder.
Skrifter 1987:1, pp. 1-14. Agder distriktshøgskole, Fagseksjon for matematikk.
(Co-author M. Tveitereid)

[10] An analytical study on natural convection in isotropic and anisotropic porous channels.
ADH-serien 3, pp. 1-28. Agder distriktshøgskole, (1988).
(Co-author T. Nilsen)

[11] Natural convection in a horizontal porous cylinder: Perfect and imperfect bifurcation.
ADH-serien 5, pp. 1-30. Agder distriktshøgskole, (1988).
(Co-author M. Tveitereid)

[12] Rayleigh-Benard convection in an inclined porous layer with anisotropic permeability,
ADH-serien 63, pp. 1-18. Agder distriktshøgskole, (1993).
(Co-author M. Tveitereid)

4. Populærvitskaplege arbeid

[1] Geniet Niels Henrik Abel - Eit 150-årsminne.
Syn og segn, hefte 7, s. 415-425, (1979).

[2] Kristen skapertro - Tanker i skjæringspunktet mellom tro og vitenskap.
Religion og Livssyn, hefte 2, s. 4-15, (2017).
(Co-author: R.H. Vaags).

[3] Trudde Einstein på Gud? - Om Einsteins gudsbilde.
Religion og Livssyn, hefte 2, s. 41-44, (2019).

[4] Historia om universets alder - Frå uendeleg til Big Bang.
Religiøse og ateistiske perspektiv.
Religion og Livssyn, hefte 3, s.38 - 43, (2019).

[5] Om finjusterte naturkonstantar - Eit naturens mysterium.
Religiøse og ateistiske perspektiv.
Religion og Livssyn, hefte 1, s.56 - 59, (2020).

[6] Big Bang- teorien - Einstein som bremsekloss.
Dag og Tid, hefte 46, (2020).

[7] Er evolusjonsteorien bevist? - Kva med andre naturvitskaplege teoriar?
Religion og Livssyn, hefte 3, s.58-59, (2021).

[8] Abelprisen 2007: Scrinivasa S.R. Varadan.
Agder Vitenskapsakademi, Årbok 2007, s.154-157.

[9] Abelprisen 2008: John G. Thomson og Jacques Tits.
Agder Vitenskapsakademi, Årbok 2008, s. 187-190.

[10] Abelprisen 2009: Mikhail Gromov.
Agder Vitenskapsakademi, Årbok 2009, s. 204-206.

[11] Abelprisen 2010: John Torrence Tate,
Agder Vitenskapsakademi, Årbok 2010, s. 199-201.

[12] Abelprisen 2011: John Milnor.
Agder Vitenskapsakademi, Årbok 2011, s.182-184.

[13] Abelprisen 2013: Pierre Delinge.
Agder Vitenskapsakademi, Årbok 2013, s.276-278.

[14] Abelprisen 2014: Yakov G. Sinai.
Agder Vitenskapsakademi, Årbok 2014, s.212-215.

[15] Abelprisen 2015: John F. Nash og Louis Nirenberg.
Agder Vitenskapsakademi, Årbok 2015, s.235-238.

[16] Abelprisen 2016: Sir Andrew Wiles.
Agder Vitenskapsakademi, Årbok 2016, s.280-284.

[17] Abelprisen 2018: Robert Langlands.
Agder Vitenskapsakademi, Årbok 2018, s.181-183.

[18] Abelprisen 2019: Karen Uhlenbeck,
Agder Vitenskapsakademi, Årbok 2019, s.220-222.

Universitetet i Agder, januar 2022
Leiv Storesletten