We provide TermoApp online (apkid: com.ifsul.termo.app) in order to run this application in our online Android emulator.
Description:
Run this app named TermoApp using MyAndroid.
You can do it using our Android online emulator.
Thermodynamic tables are a summary of thermodynamic properties of refrigerants and other fluids.
These properties are widely used in the analysis and in the elaboration of calculations of capacities of refrigeration systems.
They are available in specialized books in the thermodynamics area or even in technical books on refrigeration and air conditioning.
In addition, they can be found in the form of computer programs and although computers have an important role in the agility of developing work and calculations, smartphones have become a more practical tool.
Some applications are already available for mobile devices, however, they were not designed specifically for the study and analysis of systems focused on refrigeration specifically, but for the general area of thermodynamics.
In this sense, to speed up and make the information portable, the idea arose of developing a simple and free application, to be run on mobile devices with the Android operating system.
The application can be used by technicians and professionals in the field as well as by researchers, teachers and students in the classroom as a differentiated pedagogical tool.
This application also aims to register new tables, as well as import and export these data, creating a network for sharing knowledge.
In addition, the project aims to produce educational videos demonstrating the use of the application during operating procedures in refrigeration systems.
However, for the application to be able to return the desired data, the type of refrigerant and the state (saturated or overheated) must be selected.
If saturated, enter the desired temperature or pressure, and the application returns specific volume, enthalpy and entropy properties, both saturated vapor and liquid.
If the state is superheated, in addition to the fluid and state, enter the saturation temperature or pressure, as well as the superheat temperature.
In this case, the application returns the specific volume, enthalpy, and entropy properties.
These properties are widely used in the analysis and in the elaboration of calculations of capacities of refrigeration systems.
They are available in specialized books in the thermodynamics area or even in technical books on refrigeration and air conditioning.
In addition, they can be found in the form of computer programs and although computers have an important role in the agility of developing work and calculations, smartphones have become a more practical tool.
Some applications are already available for mobile devices, however, they were not designed specifically for the study and analysis of systems focused on refrigeration specifically, but for the general area of thermodynamics.
In this sense, to speed up and make the information portable, the idea arose of developing a simple and free application, to be run on mobile devices with the Android operating system.
The application can be used by technicians and professionals in the field as well as by researchers, teachers and students in the classroom as a differentiated pedagogical tool.
This application also aims to register new tables, as well as import and export these data, creating a network for sharing knowledge.
In addition, the project aims to produce educational videos demonstrating the use of the application during operating procedures in refrigeration systems.
However, for the application to be able to return the desired data, the type of refrigerant and the state (saturated or overheated) must be selected.
If saturated, enter the desired temperature or pressure, and the application returns specific volume, enthalpy and entropy properties, both saturated vapor and liquid.
If the state is superheated, in addition to the fluid and state, enter the saturation temperature or pressure, as well as the superheat temperature.
In this case, the application returns the specific volume, enthalpy, and entropy properties.
MyAndroid is not a downloader online for TermoApp. It only allows to test online TermoApp with apkid com.ifsul.termo.app. MyAndroid provides the official Google Play Store to run TermoApp online.
©2024. MyAndroid. All Rights Reserved.
By OffiDocs Group OU – Registry code: 1609791 -VAT number: EE102345621.