Exact(50)
A correlation is developed based on the temperature, nanomaterial concentration, and shear rate.
A Nusselt number correlation is developed for possible utilization in engineering/scientific design purpose.
The correlation is developed using the data between the Reynolds number ranges from 2500 to 5500.
A correlation is developed to predict the experimental heat transfer coefficient within 5%.
For industrial applications, an empirical correlation is developed for estimating cutting concentration.
A general correlation is developed to predict the unit productivity under different operating conditions.
Similar(10)
An empirical correlation was developed for determining minimum fluidization velocity.
A flame height correlation was developed from this data.
The correlation was developed by adjusting experimental parameters of the API correlation (defined for light cuts).
A correlation was developed to take into account frost effects on the friction factor.
An empirical correlation was developed to describe mass transfer coefficient under different operational conditions.
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