30
C. J. Thomas Renald et al.
is viewed as that the fly is formed into a round fly. (3) A locale of sub-climatic static
weight between the merging planes represents their union. (4) A pair of symmetrical
stable vortices was framed and the overly climatic static weight diverts the combining
plane streams in a typical downstream bearing. (5) The examination of speed profiles
of exploratory and numerical qualities uncovers that the outcomes got are acceptable,
for different stream conditions. (6) The position of consolidation point and joined
point differs contrarily as for the PCD of the planes.
References
1. Lin YF, Sheu MJ (1990) Investigation of two plane parallel unventilated jets. AIAA J Fluid
Mech
2. Miller DR, Comings EW (1999) Force momentum fields in a dual-jet flow. J Fluid Mech
3. Kunz RF (2001) LDV measurement of confined jet mixing. ASME J Fluid Mech
4. Okamoto T (1985) Interaction of twin turbulent circular jet. JSME J Fluid Mech
C. J. Thomas Renald et al.
is viewed as that the fly is formed into a round fly. (3) A locale of sub-climatic static
weight between the merging planes represents their union. (4) A pair of symmetrical
stable vortices was framed and the overly climatic static weight diverts the combining
plane streams in a typical downstream bearing. (5) The examination of speed profiles
of exploratory and numerical qualities uncovers that the outcomes got are acceptable,
for different stream conditions. (6) The position of consolidation point and joined
point differs contrarily as for the PCD of the planes.
References
1. Lin YF, Sheu MJ (1990) Investigation of two plane parallel unventilated jets. AIAA J Fluid
Mech
2. Miller DR, Comings EW (1999) Force momentum fields in a dual-jet flow. J Fluid Mech
3. Kunz RF (2001) LDV measurement of confined jet mixing. ASME J Fluid Mech
4. Okamoto T (1985) Interaction of twin turbulent circular jet. JSME J Fluid Mech