Maximum temperature represents a non-linear constraint and a relaxed fixed point iteration routine is proposed to adjust coil windings iteratively to minimise this coil feature.
For baseline scenario (1961 1990) and GHG (2071 2100) A2, B2 scenario linear trend of the average surface maximum temperature is 0.042, 0.074 and 0.001 °C/year, respectively.
The association between the daily mortality and the maximum temperature was then investigated by fitting the simple ordinary linear regression models with the following settings.
Warm weeks were defined as weeks with weekly minimum temperature > expected weekly temperature; cold weeks as weekly maximum temperature < expected weekly temperature and the effect as the linear difference between observed and minimum respectively maximum weekly temperature.
For the cracking of ethane a linear-concave unconstrained temperature profile with a maximum temperature of ∼1260 K proves optimal which is lower than allowed while all ethane should be supplied at the entrance of the reaction volume.
We found that using maximum heat index provided moderately better model fit in parametric generalized linear models compared with models using average, minimum, or maximum temperature (Hajat et al. 2002; Hajat et al. 2006; Huynen et al. 2001).
The tube simulations show a non-linear temperature profile along the tube with the maximum temperature in the outer pipe.
As a preliminary investigation the relationships between maximum temperature and mortality and emergency hospital admissions were explored using non-linear regression.
In the piecewise linear Poisson regression function, we used breakpoints of 32°C for maximum temperature, 25°C for minimum temperature, 7°C for Tp, and 75 mm for rainfall.
Since the transition from temperature change to OPL is essentially linear, but difficult to accurately solve [ 11], the modeled (maximum temperature change, Eq. (10)) and experimental (maximum OPL change, Eq. (6)) results were compared after normalization (Fig. 3).
