Experimental and numerical simulation to study the two-dimensional effects due to area contraction near the diaphragm of a shock tube

• Main Authors: Amir A.-F., Yusoff M.Z., Shuaib N.H.
• Other Authors: 15750212500
• Format: Article
• Published: 2023
• Subjects: CFD; Shock tube; Shock tunnel; Shock wave; Diaphragms; Mach number; Shock tubes; Test facilities; Transducers; Tunnels; Two dimensional; Waves; Actual experiments; Area-changes; CFD simulations; Diaphragm pressure; Effective area; Euler solver; Experimental data; Experimental measurements; Experimental procedure; Experimental test; Flow process; Flow regions; Flow speed; High precision; High speed flows; Malaysia; Numerical formulation; Numerical simulation; On flow; Operating condition; Pressure history; Recirculating flow; Rupture process; Time-accurate; Tube diameters; Two parameter; Two-dimensional effects; Wave strengths; Wedge angle; Tubes (components)

The aim of this paper is to develop a numerical formulation and an experimental procedure to investigate the effects of area change on flow conditions in shock tube. Two dimensional time accurate Euler solver for shock tube applications was developed to simulate the flow process inside the shock tub...