Thermodynamic, transport, and chemical properties of reference JP-8

General method for prediction of thermal conductivity for well-characterized hydrocarbon mixtures and fuels up to extreme conditions using entropy scaling

“…Since Z = 0 for both normal and isoalkanes, the effect of the iso-alkanes and alkylated compounds (branching) in the fuel on the thermal conductivity may not be accurately captured using the two-parameter pseudo-component model for the fuels investigated in this study. By including a single thermal conductivity data point as a third input, predictions are significantly improved with an MAPD of 2.0%, which is within the experimental uncertainty of 3% reported in the literature [70][71][72][73][74]. RP3 thermal conductivities at 30 bar are predicted less accurately using the three-parameter model when comparing to the Jia et al [73] data (8.3 % MAPD) than the Xu et al [72] data (2.3 % MAPD) .…”

“…Table 7. The pseudo-component properties and parameters for fuels modeled in this study [70][71][72][73][74]. o (W/m-K) is the thermal conductivity at the lowest reported temperature and pressure used to fit , here termed fit , in the three-parameter model.…”

“…Pseudo-component thermal conductivity predictions compared to experimental data[74] (symbols) for jet fuels listed inTable 7. Dashed lines show the two-parameter calculations, and solid lines show the three-parameter calculations.…”

Supercritical Fuel Measurements

“…This value agrees well with values expected from conventional measurements. 32 The sensitivity of the stimulated Rayleigh signals to the pump/probe phase is shown in Figure 11.…”

Estimation of Thermodynamic/Transport Properties of Kerosene using a 3-Species Surrogate Mixture

“…또한 액체로켓 엔진 연소기의 연소⋅유동 해 석 도구와 직접 연동하여 상태량을 예측하는 방 법으로 활용 가능한 일반화된 cubic 상태 방정식 (RK-PR EOS (5) )과 Chung 등의 모델 (6) Table 2. Measured properties and conditions for Jet-A-4658/JP-8 (7) 조미옥․김성구․최환석 韓國航空宇宙學會誌 (11)(12)(13)…”