STW

(redirected from Stiffness to Weight)
AcronymDefinition
STWSave the World
STWStation Wagon
STWStammwürze (German beer ingredient)
STWStavropol (Russia)
STWSchool To Work
STWSomething to Wear
STWStraight to Work (various organizations)
STWShock the World
STWSeize the World (epilepsy charity)
STWSpread the Word
STWSmart Term for Windows
STWSuper Touren Wagen
STWShare to Web
STWStore Word
STWSevern Trent Water (England)
STWStiffness to Weight (factor or index; bicycle frames)
STWSewage Treatment Works
STWStay That Way
STWShogun Total War (gaming)
STWSearch the Web (newsgroup slang, similar to RTFM)
STWStrike Warfare
STWStandards of Training and Watchkeeping
STWStorm the Walls (band)
STWShort Term Work
STWShare the Wealth
STWSave the Whales
STWStandardized Work
STWShallow Tube Well (irrigation)
STWSet To Work
STWSurface Transverse Wave
STWServo Track Writer
STWShooting Times Westerner
STWShrinkTheWeb.com
STWSpeed Through the Water
STWSheer to Waist
STWStormwind (gaming)
STWSamsung Techwin Co, Ltd (Korea)
STWSee Through Walls (US Army)
STWStrike Warfare Commander
STWShimura-Taniyama-Weil conjecture (mathematics)
STWSex Trade Worker
STWScrewTurn Wiki (ScrewTurn Software)
STWSir Terry Wogan
STWScientific and Technical Writing (various universities)
STWSubject to Weather
STWSway the Way (band)
STWSingle Track World (Mountain Bike Magazine & Forum)
STWStar Trek Welcommittee
STWSearch the Wiki
STWSpecialist Training Wing
STWSurveillance and Threat Warning
STWSpread to Worst
STWSet Top Wonder (ATI video card)
STWSONAR Trainer Workstation
STWScotland the What? (comedy trio)
STWSales to Wholesalers (Beer Industry)
STWSpecial Test Weight
STWSpam the Web
STWShear Transverse Wave (frequency resonance)
STWStanley Warner Corporation (stock symbol)
STWShot the Wiz (musician)
References in periodicals archive ?
[ClickPress, Mon Apr 08 2019] Furthermore, although carbon fiber coatings provide aesthetic benefits, manufacturers from the automotive industry prefer using continuous fiber to achieve the best possible stiffness to weight ratio and resin transfer molding techniques, which offer the lowest cycle process time.
These results are in good agreement with the theory where structural foams provide excellent stiffness to weight and strength to weight ratios.
The relative stiffness to weight remains constant with slight variations.
“With this new line of 3 Ply Panels, we are offering customers an innovative product which meets the stiffness to weight ratio demands that they are looking for.”
A simple carbon material that has been constructed through a basic weave process has a higher stiffness to weight ratio than steel and aluminum.