Best is make 40 softcap and up to 52 progressive overheating cap. Between 40 and 52 heat dissipation rate must be reduced exponentially. For example 41 heat dissipates as quickly as 40 by 10 points, but 48 drop down to 40 much slower with comparision for dropping 40 to 30. After 52 internal structure will be damaged. This give some gap to unintended overheating without damaging internal structure and initiate @warning@ signal but will increase cooldone time for the next alpha srtrike.
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Pts 2.1. A Sweet Spot Is Reached!
Started by Navid A1, Aug 24 2018 12:53 PM
23 replies to this topic
#21
Posted 26 August 2018 - 12:50 AM
#22
Posted 26 August 2018 - 12:59 AM
PS
To be honest in real physics passive heat dissipation rate relates on difference beween subject temperature and external temperature but in there may be regulated cooling fan with variable rotation speed and up to 40 pts of heat it could be sustain constant dissipation rate. After 40 cooling fan can't manage heat incoming and cooling situation changes as I describe in previous post.
To be honest in real physics passive heat dissipation rate relates on difference beween subject temperature and external temperature but in there may be regulated cooling fan with variable rotation speed and up to 40 pts of heat it could be sustain constant dissipation rate. After 40 cooling fan can't manage heat incoming and cooling situation changes as I describe in previous post.
Edited by Vlad Striker, 26 August 2018 - 01:01 AM.
#23
Posted 28 August 2018 - 02:58 PM
Ok.
When will PTS 2.1 go live?... thats the main question that matters now.
When will PTS 2.1 go live?... thats the main question that matters now.
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