Assuming the moon stays the same size:
Total Solar eclipse before:
Total Solar eclipse after:
Pardon my lack of photoshop, those edges should be blurred.
There will be more solar eclipses - considerably more. The moon takes up about 3.5 more area of the sky, and moves about ~3 times as fast. Back of envelope astronomy says we'll go from 1-2 partial solar eclipses per year on average to about 20, and 0-1 total solar eclipses per year to about 8.
Eclipses will be ~3 times faster. On Earth, Temuco in Chile will get a 2:50 hour solar eclipse, 28 seconds will be total on 14 Dec 2020. On your planet, the eclipse will be about 55 minutes, about 55 seconds total (it's moving ~3 times faster, but is twice the size so starts a little sooner, and ends a little later).
Lunar eclipses will become more often, but a full total eclipse will be extremely rare. My home town of Adelaide will get a 5 hour total lunar eclipse on 26 May 2021. If the moon is ~3.5 times the size, and moving ~3 times as fast, the moon wont fully enter the Umbra, only 2/3rds will, the rest will only enter the Penumbra.
The moon will theoretically fit in the umbra, and you'll get a totally dark red moon still when it happens. Back of the envelope astronomy suggests it will be approximately a once in a decade event, and only last about 40 minutes.
Here's a current diagram of the moon, and earths umbra and penumbra curves:
Make the moon twice as close, and it just fits into the umbra (which will be about 15% bigger because the moon is closer), but will intersect the penumbra more often.