Len Saputo, MD is a graduate of Duke University Medical School and board certified in Internal Medicine. He was in private practice in affiliation with John Muir Medical Center in the San Francisco Bay Area for more than 30 years. His approach to healing has evolved from mainstream medicine into “Health Medicine”—an integrative, holistic, person-centered, and preventive style of practice.
Part 3
7) The bridge was a steel truss bridge, where its steel parts are
connected by rivets, not welds. Rivets outperform welds under stress as
they give some and therefore resist breakage. Therefore, the expected
result of the Dali-Delirium collision with the pylon should have
resulted maximally in the collapse of the bridge but NOT the breakage of
its trusses at STRATEGIC points in the span! I have a regular speed
video showing the collision, but it's 22GB in size. Please watch videos
showing the bridge collapse in normal- or even slow-motion speed and
watch how charges are set off at the strategic breakage points of the
truss PRECISELY when the bridge began to collapse. This timing is
crucial as it assures that the charges weaken the trusses enough under
stress to facilitate the breakage.
8) it was critical to break the trusses to assure that large bridge
parts would fall into the waterway so as to block it for months to come.
Had the trusses not been separated, then the bridge might have remained
bend and dangling but not fallen into the waterway, making a piecemeal
cutting-up and dismantling much easier.
Part 4 is next