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    "title": "Impact on Performance and Emission Analysis of Waste Cooking Derived Biodiesel Considering Compression Ratio, Blend Ratio, Injection Pressure and Load on Single Cylinder VCR Engine with Comparison of RSM and MLR Model",
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            "value": "The main purpose of this research is to evaluate the predicted values of Response Surface Method (RSM) and Multiple Linear Regression(MLR) model for the Brake power (BP), Carbon monoxide (CO), Hydro carbon (HC) and oxides of Nitrogen (NOX) of VCR compression ignition engine operated by biodiesel made from waste cooking oil and its blend (0%, 10%, 20%), compression ratio (14.5, 15.5, 16.5) Injection pressure (150, 190, 239 bar) and variable load (1 ,4, 7 kg). In this experiment % of blend, CR, IP and Load as input parameters. Central composite method of RSM was used for modeling and analyzing the response parameters in Minitab-17 software. After experiments conclude that optimization results was BP = 2.30 KW, CO = 0.754 % V, HC 52 ppm, NOX = 598 ppm by the mathematical modeling. The predictions of RSM model are more accurate with error less than 5% as compare to MLR model.",
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