@InProceedings{SantosLewi:2002:AnAtEf,
               author = "Santos, Wilson Fernando Nogueira and Lewis, Mark J.",
                title = "Angle of attack effect on rarefied hypersonic flow over power law 
                         shaped leading edges",
                 year = "2002",
         organization = "International Symposium on Rarefied Gas Dynamics, 23.",
            publisher = "AIP Conference Proceedings",
              address = "Melville, NY",
             abstract = "Abstract. This paperd ealsw ith a numericals tudy of the 
                         aerodynamics urfaceq uantitieso n power law shapedl eading 
                         edgessituatedinararefiedhlpersonicflowT.h 
                         esensitivityoftheheatfluxto,andpressuregradientonthebodysurface 
                         due to changesi n the angleo f attacki s investigatedb y using a 
                         Direct SimulationM onte Carlo method. A methodt hat has 
                         demonstratedt o yield excellent comparisonsw ith fight- and 
                         ground-testd ata, and that properly accountsf or nonequilibriuma 
                         spectso f the flow that arisen eart he noseo f the leadinge dges.T 
                         he work is motivatedb y the Newtonian flow theory that predictst 
                         hat certainc lasseso fpower-law leadinge dgesb ehavea s 
                         aerodynamicallys harpb odiesa t zero incidence,e vent hought hey 
                         are geometricallyb lunt. Calculationss how that the 
                         p{\'{\I}}essureg radientf ollows that predicted bv the Newtonian 
                         theorv for the flow conditions considered.",
  conference-location = "Whisler, British Columbia, Canada",
      conference-year = "Jul.",
             language = "en",
         organisation = "AIP Conference Proceedings",
           targetfile = "angle.pdf",
        urlaccessdate = "16 jun. 2024"
}