An investigation on the influence of the starting process of the nozzle of shock tunnel on the operating conditions of shock tube was conducted. This influence is important for synchronized operation
An investigation on the influence of the starting process of the nozzle of shock tunnel on the operating conditions of shock tube was conducted. This influence is important for synchronized operation
Calculations have been made for the blast wave of spherical TNT charge with the hydrodynamic equations on Lagrange mass coordinates in this paper. First calculation is artificial viscosity technique,
Calculations have been made for the blast wave of spherical TNT charge with the hydrodynamic equations on Lagrange mass coordinates in this paper. First calculation is artificial viscosity technique,
Utilization of waste heat to generate electr)][(icity has been an intere)10.9(s)5.3(ting and challengin)7.1(g)][(field for the energy scientists for a long time.)][( This paper presents a new meth)9.3
Utilization of waste heat to generate electr)][(icity has been an intere)10.9(s)5.3(ting and challengin)7.1(g)][(field for the energy scientists for a long time.)][( This paper presents a new meth)9.3
Short duration test techniques, based on shock tube principles’ ’1, have been investigated and developed in CARDC for nearly 20 years since 1980, its successful applications both in simulating rocket
Short duration test techniques, based on shock tube principles’ ’1, have been investigated and developed in CARDC for nearly 20 years since 1980, its successful applications both in simulating rocket
Effects of heat release due to cloud formation in compressible flows are discussed. It is shown that the onset of a localized constant heat flux to a 1D compressible flow leads to the generation of up
Effects of heat release due to cloud formation in compressible flows are discussed. It is shown that the onset of a localized constant heat flux to a 1D compressible flow leads to the generation of up
This paper describes a recently developed object-oriented 3D CFD environment (VCE_View) capable of modeling the propagation of blast and shock waves from a vapor cloud explosion (VCE) into the far-fie
This paper describes a recently developed object-oriented 3D CFD environment (VCE_View) capable of modeling the propagation of blast and shock waves from a vapor cloud explosion (VCE) into the far-fie
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