lazyboy97o
Well-Known Member
Due to poor planning the buses are going to remain the best means. But since they are now so pervasive they should be more than marginally adequate.
Due to poor planning the buses are going to remain the best means. But since they are now so pervasive they should be more than marginally adequate.
I've stayed on property for more than a week now (on the bus leaving Disney Springs as I type this) and saying the bus system is marginally adequate is stretching it ...it works but...ugh
By monitoring the resistance of the circuit. A step wise increase in resistance would indicate an issue with the buss bar that should initiate a visual inspection.How would you be proactive to a bent buss bar?
Agreed, but what I atleast think @Figment2005 thinks happened is if a buss bar were to just break instead of slowly degrading, which the latter is what I believe would affect the resistance.By monitoring the resistance of the circuit. A step wise increase in resistance would indicate an issue with the buss bar that should initiate a visual inspection.
It just proves that you are both the same person.^He said it first! He said it first!^
It wasn't me for once...
Hahahahaha.... NopeIt just proves that you are both the same person.
As metal fatigues resistance increases. If the bar were to fatigue to breakage, electrical flow will cease. Hence a break in the circuit. II amnot sure if the Epcot loop is an entire single circuit, multiple single circuits, or multiple parallel circuits. In every configuration, resistance monitoring would indicate impending failure. Even nightly thermographic inspection would reveal impending failure. How difficult would it be to get a thermographic drone and program it to fly each monorail loop as a nightly pm program?Agreed, but what I atleast think @Figment2005 thinks happened is if a buss bar were to just break instead of slowly degrading, which the latter is what I believe would affect the resistance.
It wouldn't be, but you know, it is Disney...As metal fatigues resistance increases. If the bar were to fatigue to breakage, electrical flow will cease. Hence a break in the circuit. II amnot sure if the Epcot loop is an entire single circuit, multiple single circuits, or multiple parallel circuits. In every configuration, resistance monitoring would indicate impending failure. Even nightly thermographic inspection would reveal impending failure. How difficult would it be to get a thermographic drone and program it to fly each monorail loop as a nightly pm program?
That's what I'm saying, if they actually monitored the system more proactively, with manual labour or ultrasonic systems that @ford91exploder talked about, it might actually save them from issues like this.....
We are definitely in an age right now where we're spending imense amounts of money for just information. My dad works in automobile with laser/robotic systems and says that all of his customers are investing in sensors for EVERYTHING, so they can store information for use on a later date.
It atleast seems that Disney actually knows somewhat how to use the information that they invested in getting, although it doesn't seem like they're using it efficiently enough. Atleast upgrade or introduce more busses to the fleet, if you think that more are needed....
As metal fatigues resistance increases. If the bar were to fatigue to breakage, electrical flow will cease. Hence a break in the circuit. II amnot sure if the Epcot loop is an entire single circuit, multiple single circuits, or multiple parallel circuits. In every configuration, resistance monitoring would indicate impending failure. Even nightly thermographic inspection would reveal impending failure. How difficult would it be to get a thermographic drone and program it to fly each monorail loop as a nightly pm program?
Agreed, but what I atleast think @Figment2005 thinks happened is if a buss bar were to just break instead of slowly degrading, which the latter is what I believe would affect the resistance.
It wouldn't be, but you know, it is Disney...
Yeah we've been hit or miss with busses this week.
Anyone know how long they've been routing all guests to/from typhoon lagoon through Epcot first? Typhoon closed at 5, with hundreds of resort guests waiting for busses to resorts. But they no longer run direct, the Only bus that leaves Typhoon after 2pm goes to Epcot for a transfer.
Lots of frustrated, aggravated guests today, and I assume every day since they've done this. (Not to mention wet and tired and really not in the mood to commingle with dressed up Epcot Food & Wine guests at the bus stop.)
I agree with you completely, i believe it was slowly degrading, as all of the welds are doing. I was just commenting on how I believed @Figment2005 thought it fractured.Metal just does not spontaneously fracture if a metal part breaks it's a result of stress (thermal, mechanical, electrical etc) because of that a failing part can be detected long before it actually has a hard failure with modern inspection tools.
For example firemens ladders are periodically magnefluxed and/or ultrasonicallly inspected for stress cracks because the ladders NEED to work.
And 'Diznee is a Bizness' don't you know they can't waste time and money on inspections outside of the legally mandated ones
Even if the lines are down for only a few hours a night and a single section can be replaced within that downtime, if parts, equipment, and personell are prestaged, suspect sections can be replaced on a routine basis.They actually replaced bus bars on the MK lines a couple years ago I believe after there was a big outage on a holiday weekend. I am not sure if the EPCOT line was done, but the challenge is they can only do the replacement when rails are shut down which isn't a lot of time each day. Even with the reduced operating hours we have seen, the amount of time the monorail system is entirely offline overnight is not much, only a few hours.
Considering Disney is a no-fly zone, it would be very difficult.As metal fatigues resistance increases. If the bar were to fatigue to breakage, electrical flow will cease. Hence a break in the circuit. II amnot sure if the Epcot loop is an entire single circuit, multiple single circuits, or multiple parallel circuits. In every configuration, resistance monitoring would indicate impending failure. Even nightly thermographic inspection would reveal impending failure. How difficult would it be to get a thermographic drone and program it to fly each monorail loop as a nightly pm program?
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