gslack
Senior Member
- Mar 26, 2010
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So the Hansen 83 paper uses the Trenberth 97 paper as a guideline. OK.
No. I made it because I've never heard of using the Trenberth energy budget to compute the Coriolis force. I just use 2 Omega X (rho*V). Its not any kind of expert knowledge, its something you can find in any high school physics book. What I do find interesting is the idea of using a climate model which includes no rotation to compute the Coriolis force. Can you please explain how this is done?
So the 83 Hansen paper used the 97 Trenberh paper to create its model?
I learned about the Coriolis force in 1995 in high school. The internet was kinda new, I didn't really have good access to it. If I had perhaps I could have learned how to use the Trenberth energy budget to calculate the Coriolis force.
We've had a nice discussion and all, but I was wondering, are you ever going to name a GCM computer model that doesn't have a rotating spherical Earth?
When you calculate an atmospheric model, you have some parameters, some limitations or guidelines that give your model limitations, which make it a more reliable, more accurate model.
For instance, you can't juts create a model to show it being 100 F at the poles in july, why? Because you have limitations that try and keep it within a set of parameters.. Get it yet silly man?
Are you saying that your models are not within the energy levels accepted in Trenberth's energy budget? Really? LOL, and we can no longer even pretend you know what your talking about can we.. Thanks pooppie doo...
So the 1983 Hansen model is based on the model published in the 97 Trenberth paper?
You said that the term "calculate" in the code comment
means "a calculation, based on what? Well for starters, an energy budget."C**** CALCULATE CORIOLIS PARAMETER 448.
So according to you, the calculation of the Corilois parameter is based on an energy budget. http://www.usmessageboard.com/environment/294156-97-scientists-agree-again-9.html#post7264588
I'd really love to know how that's done.
Funny but most people who actually do that sort of thing, do it this way..Amazing what a person can google up..LOL
2 Omega X (rho*V) is the exact same thing except its in units of force per unit volume instead of force. But I'm sure you knew that, I guess you're just trying to be funny.
Deliberate obfuscation doesn't help you...
If you are making an atmospheric computer model, do just make up your parameters as you go along? Well obviously you do, but those who actually do the work thankfully do not. They have some set pre-defined parameters which keep things in a realistic fashion. So when the models are put to use to show a climate those findings are compared to things like Trenberth to build various things like forecasts, reconstructions, etc and so on. Your silly pedantic game is pathetic..
Without an energy budget going in a person can take his model and have it show anything. Tropical weather at the poles, near freezing conditions in the tropics, anything. Set parameters limit the computer calculations and keep the analysis in check with reality..
Catching on yet? No of course not because you just want to grandstand and pose. That's okay poo poo, we know it's obvious..
LOL, you said Coriolis Force correct? That is the equation to determine it, your nonsense about "2 Omega X (rho*V) is the exact same thing except its in units of force per unit volume instead of force. " is just rambling talk.. Tell me phony, how else would you show Coriolis Force in a system like this? In fact what do you consider the "force' to be in this instance if not units of force per unit of volume?
LOL, just googled yourself into a hole again poopie pants...
Please go and google more vernacular you don't understand, we love this game. It's you beating yourself with a stick over and over again...ROFL.
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