Learn Thermal Engineering
47
ASO score
Text
64/100
Reviews
0/100
Graphic
60/100
Other
0/100
App Rating
Votes
App Age
2y 5m
Last Update
Jul 13, 2023
Compare with Category Top Apps
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Metrics
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Current App
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Category Top Average
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Difference
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|---|---|---|---|
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Rating
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0
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4.17
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Number of Ratings (Voted)
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0
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338.7K
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App Age
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2y 5m
|
8y 0m
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-70%
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In-app Purchases Price
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$0
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$37
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Update Frequency
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884d
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39d
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+2 176%
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Title Length
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25
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23
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+9%
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Subtitle Length
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29
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22
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+32%
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Description Length
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2 382
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2 328
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+2%
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Number of Screenshots
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1599
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1266
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+26
%
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Size
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34MB
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146MB
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-77
%
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Category Ranking in United States
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Ranking Keywords in United States
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Analyze this and other apps using Asolytics tools
Text ASO
Title
(
Characters:
25
of 30
)
Learn Thermal Engineering
Subtitle
(
Characters:
29
of 30
)
Learn Thermal Engineering Now
Description
(
Characters:
2382
of 4000
)
Thermal engineering
Thermal engineering is a specialized sub-discipline of mechanical engineering that deals with the movement of heat energy and transfer. The energy can be transferred between two mediums or transformed into other forms of energy.
Aspects of thermal engineering
Thermal engineering involves thermodynamics, liquid mechanics, and heat and mass transfer. This knowledge is important when operating almost any machine. Systems experience heat buildup from mechanical elements and electric circuits. This heat, if not redirected, can damage the system. Thermal engineers work to design the inclusion of fans or liquid circulators to regulate the internal temperature of the device. Computers and car batteries are two examples of this principle in action.
Thermal engineering focuses on the transfer of heat, fluid mechanics, and heating and cooling systems, such as those used in the electric power industry, the automobile industry and the heating, ventilation and air conditioning (HVAC) industry. Thermal engineers design systems that utilize various thermal sources of generated energy to create chemical, mechanical or electrical energy. They must have an understanding of thermodynamics, fluid mechanics and heat and mass transfer.
Heat transfer and mass transfer
Thermal engineers study heat transfer, which concerns the creation, utilization, conversion and exchange of heat between systems. Heat transfer is divided into several mechanisms, including:
Heat conduction: Also called diffusion, heat conduction is the direct exchange of kinetic energy of particles between two systems when one system is at a different temperature from another or its surroundings.
Heat convection: Heat convection involves the transfer of mass from one area to another. It occurs when the bulk of a fluid transfers heat as matter within the fluid moves.
Thermal radiation: Thermal radiation is heat transfer by electromagnetic radiation without the need for matter to be present between systems. Sunshine is a good example of radiation.
How does thermal engineering work?
Many processing plants use machines that utilize heat transfer. The thermal engineer is responsible for ensuring the right amount of energy is transferred for the machine's operation. Too much energy and the components could overheat and fail. Too little energy and the whole machine could shut down.}
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