RT Journal Article
ID 07ad26a80f7f55e6
A1 Vozhdaev, Valery Viktorovich
A1 Kiselev, Andrey Filippovich 
A1 Sboev, Dmitry Sergeevich
A1 Teperin, Leonid Leonidovich 
A1 Chernyshev, Sergei Leonidovich 
T1 NUMERICAL MODELING OF THE POSITION OF A LAMINAR-TURBULENT TRANSITION ON A WING WITH THE LAMINAR AIRFOIL LV6
JF TsAGI Science Journal
JO TSAGI
YR 2013
FD 2013-08-13
VO 44
IS 1
SP 65
OP 76
K1 wind tunnel
K1 wing
K1 laminar-turbulent transition
K1 computational fluid dynamics
K1 turbulence model
AB An application of the Langtry-Menter turbulence model for an analysis of a laminar-turbulent transition on a surface of a straight wing installed in a low turbulence level wind tunnel T-124 is researched in the present paper. A comparison of the computational fluid dynamics results and the experimental data has shown that the applied model is capable of determining with satisfactory accuracy the region of the laminar-turbulent transition for various values of initial turbulence levels, which have been
varied in experimental research by means of the grid. The influence of the wind tunnel walls on the pressure distribution and the position of the laminar-turbulent transition region are also shown in the paper.
PB Begell House
LK https://www.dl.begellhouse.com/journals/58618e1439159b1f,574b9aaa08177e55,07ad26a80f7f55e6.html