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Material:  UD Carbon/Epoxy Hotmelt Prepreg
Prepreg FAW:  75 g/m2
Cured Fiber Volume:  58%
Cured Resin Content:  32%
Part Weight:  66 g  (48% Savings)
Cantilever Strength:  58 Kg (53% Increase)
Fatigue Life:  2X Improvement
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Molded-In Notch
(Less Machining)
Wrinkle Free Radii
(Stronger Cross Section)
Bladder Inflation Molding Case Study
Local Thickness Build-Up
(Improved Load Transfer)
Circumferential Reinforcements
(Increased Hoop Strength)
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Local Hole
Reinforcement
h2
h1
0
+/-45
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P = 58 Kg
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Cantilever Test Configuration
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Bladder Inflation Molding
Program Objective:  
 
 
Composite Solution:  
Replace constant 22 mm diameter 6061-T6 aluminum tube frame member with a FRP composite execution; Maximize weight savings and improve fatigue life without sacrificing bending stiffness or strength
 
Curved, variable (22-26 mm maximum height) cross section Bladder Inflation Molded carbon/epoxy tubular frame member with locally stiffened cross section and discrete reinforcements in critical stress locations
Locally Stiffened Cross Section
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