Can you link to a model based in AGW Science that predicts the cooling which started in about the year 2000?
Here are 73 that don't seem to do so. The link goes to the original and is much easier to read.
http://www.drroyspencer.com/wp-content/uploads/CMIP5-73-models-vs-obs-20N-20S-MT-5-yr-means1.png
You are mistaken that climate scientists are compelled to predict short term fluctuations (15 years is short term) in weather in order for their longer term predictions about the climate to hold. Their models never were meant to predict what the temperature would be in any given year, but rather are concerned with what the
trend line will be that describes the trajectory around which the fluctuations will move.
They will be proven right or wrong about those long term predictions when the long term arrives.
The mistake you all make, constantly, is that you listen to the popular press, and what THEY think AGW science predicts. Sometimes this mistake is encouraged by lay people who support the notion of AGW, because they too misunderstand the science. But, AGW science does not typically make predictions about short term trends. In fact, I see them avoiding it, and they try to emphasize this.
That you misunderstand what they mean by what they do predict does not make them wrong, or their models wrong. That the popular press is encouraging you to do so is unfortunate, but only of consequence because you will win the argument with the ignorant multitudes. At least for a time.
But before you seek to win that argument on ignorant terms, wouldn't you rather understand what AGW science really does predict, and what it really does mean, instead of beating up on all these straw men?
Don Sutherland has been doing an awesome job in this thread describing the physics/ mechanisms at play. I cannot do it better. Reviewing what he has said shows that there is strong evidence that heat is indeed accumulating in the biosphere, of which the atmosphere is but a part. This is predicted by AGW science and it is verified that it is occurring. The capacity of CO2 to trap heat is undisputed. The fact that less and less heat is being reradiated back into space is undisputed. The heat must be going somewhere.
If the oceanic part of the biosphere takes on the part of storing more heat, as it seems to be doing, it will inevitably reach a new equilibrium. Once this happens, the atmosphere will take on a greater share of heat storage. The trend line shows the prediction that the atmosphere must eventually store heat, but it does not predict that each year the atmosphere will be storing more heat than last year.