strength-to-weight

Structural efficiency measure

Strength-to-weight describes the ratio of how strong something is relative to how heavy it is.

The term appears in engineering, materials science, and fitness contexts: Carbon fiber has an excellent strength-to-weight ratio.

A high strength-to-weight ratio means something can bear significant loads without being heavy—desirable in aircraft, bicycles, and athletes alike.

engineering

ratio

Comparative numerical relation

aluminum alloy · aerospace · load-bearing · magnesium · honeycomb · monocoque · stress analysis · finite element · optimization · stiffness

athletics

lean muscle

Body tissue without fat

calisthenics · agility · vertical leap · pound-for-pound · pull-ups · plyometrics · parkour · wrestling · boxing · athletic performance

cycling

carbon frame

Lightweight bicycle structure

aerodynamics · spinning · cadence · Tour de France

aerospace

fuselage

Aircraft's central structure

spacecraft · satellite · airframe · bulkhead · spar · orbital mechanics · fuel efficiency · structural integrity

Opposites
efficiency metric type

strength-to-weightbrute strength

Unrefined physical power

dead weight · gross weight · raw power · brute force · heft

design priority

strength-to-weightheaviness

State of being weighty

bulk · massiveness · heft · dead load · overbuilt

ratio inversion

strength-to-weightspecific gravity

Density ratio versus reference

Family

strength, weight, strong, strongly, stronger, strongest, weigh, weighs, weighed

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