The Younger Dryas, which occurred circa 12,900 to 11,700 years BP,[2] was a return to glacial conditions which temporarily reversed the gradual climatic warming after the Last Glacial Maximum,[3] which lasted from circa 27,000 to 20,000 years BP.

https://en.wikipedia.org/wiki/Younger_Dryas

Translate. 25 000 to 18 000 BC, 10 900 to 9 700 BC.

Now, look at the relevant closest dates (of inflated carbon dates) on New Tables:

2912 B. Chr.

6.6161 pmC, so dated as 25 362 B. Chr.

2890 B. Chr.

9.274 pmC, so dated as 22 540 B. Chr.

2845 B. Chr.

14.5681 pmC, so dated as 18 745 B. Chr.

2823 B. Chr.

17.2045 pmC, so dated as 17 373 B. Chr.

2666 B. Chr.

35.4608 pmC, so dated as 11 216 B. Chr.

2644 B. Chr.

38.0408 pmC, so dated as 10 644 B. Chr.

2621 B. Chr.

40.6138 pmC, so dated as 10 071 B. Chr.

2607 B. Chr.

42.8224 pmC, so dated as 9607 B. Chr.

Now approximate as near as reasonable to when the inflated dates coincide.

(2912	+ 2912 + 2912 + 2912 + 2890) / 5 = 2908 BC
(6.6161	+ 6.6161 + 6.6161 + 6.6161 + 9.274) / 5 = 7.14768 pmC => 21800
21800	+ 2908 = 24708 BC
	2908 BC Beginning Glacial Maximum 7.14768 pmC, so dated as 24 708 BC
(2845	+ 2823) / 2 = 2834 BC
(14.5681	+ 17.2045) / 2 = 15.8863 pmC => 15200
15200	+ 2834 = 18034 BC
	2834 BC Ending Glacial Maximum 15.8863 pmC, so dated 18034 BC
(2666	+ 2644) / 2 = 2655 BC
(35.4608	+ 38.0408) / 2 = 36.7508 pmC => 8300
8300	+ 2655 = 10955 BC
	2655 BC Beginning Younger Dryas 36.7508 pmC, so dated as 10 955 BC
(2621	+ 2607 + 2607 + 2607) / 4 = 2610
(40.6138	+ 42.8224 + 42.8224 + 42.8224) / 4 = 42.27025 pmC => 7100
7100	+ 2610 = 9710 BC
	2610 BC Ending Youngr Dryas 42.27025 pmC, so dated as 9710 BC

According to my New Tables, the Glacial Maximum would have begun a bit before 2908 BC, 50 years after the Flood, and have ended in 2834 BC, 125 years after the Flood. Younger Dryas would have begun 2655 BC, 50 years before Babel, and have ended in 2610 / 2611 BC, 3 to 4 years before Babel./HGL