This paper presents an evaluation of the parameter sensitivity of a process-based model at the global scale using large-sample data. The analysis was carried out using the HYdrological Prediction of t
As can be seen from the table, for Ae. aegypti mosquitoes, the most sensitive parameter is the mosquito death rate, μv. However, for Ae. albopictus mosquitoes, the most sensitive parameter is the mosq
Results for model inputs sensitivity analysis on nickel-titanium material parameters: Values and errors reported for the radial force curve and the maximum principal stress at the maximum crimp config
To explore how the height of hydrofracture zone changes with parameter, use all the eight independent parameters, namely (1) Biot-Willis poro-elastic constant, (2), Poisson ratio of the strata, (3) bu
