calcCoolingPower

This function calculates the cooling power based on initial and final air
conditions and volume flow rate.
Cooling power is the rate of energy transferred during a cooling process.

Provides data science tools for conservation science, including
methods for environmental data analysis, humidity calculations,
sustainability metrics, engineering calculations, and data
visualisation. Supports conservators, scientists, and engineers
working with cultural heritage preventive conservation data.
The package is motivated by the framework outlined
in Cosaert and Beltran et al. (2022)
"Tools for the Analysis of Collection Environments"
<https://www.getty.edu/conservation/publications_resources/pdf_publications/tools_for_the_analysis_of_collection_environments.html>.

Bhavesh Shah

ConSciR

Tools for Conservation Science

Annelies Cosaert

Vincent Beltran

Emily R Long

Marcin Zygmunt

Hebe Halstead

Avery Bazemore

calcCoolingPower function

<dl><dt>Temp1</dt>
<dd>Initial Temperature (°Celsius)</dd>
<dt>Temp2</dt>
<dd>Final Temperature (°Celsius)</dd>
<dt>RH1</dt>
<dd>Initial Relative Humidity (0-100%)</dd>
<dt>RH2</dt>
<dd>Final Relative Humidity (0-100%)</dd>
<dt>volumeFlowRate</dt>
<dd>Volume flow rate of air (m³/s)</dd></dl>

Arguments

Calculate Cooling Power — calcCoolingPower

<dl>

<dt>Temp1</dt>
<dd>Initial Temperature (°Celsius)</dd>


<dt>Temp2</dt>
<dd>Final Temperature (°Celsius)</dd>


<dt>RH1</dt>
<dd>Initial Relative Humidity (0-100%)</dd>


<dt>RH2</dt>
<dd>Final Relative Humidity (0-100%)</dd>


<dt>volumeFlowRate</dt>
<dd>Volume flow rate of air (m³/s)</dd>

</dl>

calcCoolingPower: Calculate Cooling Power

Description

Usage

Value

Arguments

References

See Also

Examples