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ProfHaroldHill
Guest
I just finished reading "Yes, you can still retire comfortably" by Ben Stein and Phil DeMuth. As many of you may know, Ben Stein is a very smart guy who has a serious side as well as his TV/movie persona. Some time ago, he wrote another good book called "Financial Passages," which I still have on my bookshelf.
Lots of good advice. Most interesting to me is the section on withdrawal algorithms. The Stein-DeMuth algorithm is as follows: Compute an SWR, and withdraw this amount, adjusted yearly for inflation, for five years. At the end of the five year period, compute another SWR, and keep this one for the next five years, adjusted yearly for inflation. Some special provisions apply for retirements that get off to a bad market start.
The five-year reset introduces an element of feedback into the WD plan, as in Mr. Hebeler's algorithm callled "retirement autopilot," and the variations of the Hebeler algorithm that appear on his analyze.now web site.
The appendix to Stein and DeMuth shows how various WD algorithms worked for retirements that began in particularly difificult years including, for example, retirements that started in 1929. Also discussed were the performances over the same periods of the Galeno algorithm, one of the Gummy algorithms, and a number of others.
The feedback mechanism, whether it be Stein-DeMuth's or Hebeler's, seems to provide a little more security, and a little more juice, than straight SWR for N years.
In any case, I really enjoyed this new book . . .
HH
Lots of good advice. Most interesting to me is the section on withdrawal algorithms. The Stein-DeMuth algorithm is as follows: Compute an SWR, and withdraw this amount, adjusted yearly for inflation, for five years. At the end of the five year period, compute another SWR, and keep this one for the next five years, adjusted yearly for inflation. Some special provisions apply for retirements that get off to a bad market start.
The five-year reset introduces an element of feedback into the WD plan, as in Mr. Hebeler's algorithm callled "retirement autopilot," and the variations of the Hebeler algorithm that appear on his analyze.now web site.
The appendix to Stein and DeMuth shows how various WD algorithms worked for retirements that began in particularly difificult years including, for example, retirements that started in 1929. Also discussed were the performances over the same periods of the Galeno algorithm, one of the Gummy algorithms, and a number of others.
The feedback mechanism, whether it be Stein-DeMuth's or Hebeler's, seems to provide a little more security, and a little more juice, than straight SWR for N years.
In any case, I really enjoyed this new book . . .
HH