- #1
Iknowalittle
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Hi.
Do anybody here know how much and how quick a 50-100mm thick tempered glass plate of size 500mm * 500mm fully heated up within its bulk mass to a temperature of 60 degrees celcius looses it heat energy/temperature over time when surrounded by standing ambient air (20 degrees celcius)?
What I want to know, is the temperature profile "out-of-plane" inside the 50-100mm thick glass and related to time, especially within the first 10 minutes.
I know there are several programs out there, who could answer this question, such as COMSOL 3.5, ANSYS Multiphysics, etc. But unfortunately I don't have access to any of these fancy software packages.
Did anyone here made already/are able to do some calculations related to the above?
Thanks in advance
Do anybody here know how much and how quick a 50-100mm thick tempered glass plate of size 500mm * 500mm fully heated up within its bulk mass to a temperature of 60 degrees celcius looses it heat energy/temperature over time when surrounded by standing ambient air (20 degrees celcius)?
What I want to know, is the temperature profile "out-of-plane" inside the 50-100mm thick glass and related to time, especially within the first 10 minutes.
I know there are several programs out there, who could answer this question, such as COMSOL 3.5, ANSYS Multiphysics, etc. But unfortunately I don't have access to any of these fancy software packages.
Did anyone here made already/are able to do some calculations related to the above?
Thanks in advance
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