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This approach is based on experimental data collected by using a number of treatments that allow a function to be derived to predict aerobic metabolic scope from the stressor/environmental factor(s).
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Simplified models are derived to predict the load-carrying capacities of the composite members.
Expressions are derived to predict the mean crushing force of the angle elements.
An analytical solution is derived to predict the axial solid transport in rotary kilns.
Simple algebraic equations are derived to predict the temperature rise along the reactor length.
Finally, a semi-empirical model is derived to predict the extra attenuation peak frequency.
Mathematical expressions were derived to predict the beginning and end of story yielding due to the incident wave.
Non-dimensional scaling laws were derived to predict the maximum extrusion rates associated with the indentation mechanism.
A statistical model with interaction terms was derived to predict the particle size of the hybrid system.
An empirical correlation was derived to predict the fountain height for the studied fine particle spouted bed.
Finally, a single-log fatigue equation was derived to predict the fatigue life of UP-MMA polymer concrete.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com