Wilem Frischmann’s legacy: tall-building design lessons for structural engineers
Reviewed by Joe Ashwell

First reported on New Civil Engineer
30 Second Briefing
Wilem Frischmann, the structural engineer behind London’s 34-storey Centre Point tower, has died aged 95, prompting tributes from across the UK engineering community. As former chairman of Pell Frischmann, he led designs for several landmark concrete and steel-framed buildings that pushed high-rise construction techniques in central London from the 1960s onwards. His work on early tall-building cores, lateral stability systems and complex urban foundations is widely credited with influencing subsequent high-rise practice in the capital.
Technical Brief
- Frischmann’s work normalised slip-formed core construction in tight central London footprints with constrained crane access.
- His tall-building designs often combined stiff central cores with perimeter moment frames to control wind drift.
- Foundation solutions for his central London towers had to negotiate dense underground infrastructure and variable London Clay profiles.
- He advanced use of high-strength concrete in multi-storey frames at a time when steel dominated UK high-rise work.
- Early adoption of tuned stiffness and damping in lateral systems reduced occupant perception of sway in slender towers.
- His approach to constructability integrated temporary stability of partially completed cores with staged floor-plate construction.
- Many current London high-rise schemes still reference his core–outrigger stability concepts in preliminary framing studies.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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