Figure B-1:  The Carbon Fiber/Aluminum Prototype under the weight of an MK – 82 bomb doing an eight ‘g’ maneuver (4000lbf) is shown above

with a color coordinated nodal displacement survey in the Y-direction with an exaggerated curvature and original mesh outline; units are inches.

 

 

 

 

Figure B-2:  The Carbon Fiber/Aluminum Prototype under the weight of an MK – 82 bomb and eight ‘g’ maneuver is shown above computing

the Von Mises stress; units are psi.

 

 

 

 

Figure B-3:  The Carbon Fiber/Aluminum Prototype under the weight of an MK – 82 bomb and eight ‘g’ maneuver is shown above analyzing the

maximum principal stress; units are psi.

 

 

 

 

Figure B-4:  The Carbon Fiber/Aluminum Prototype under the weight of an MK – 82 bomb and eight ‘g’ maneuver is shown above computing the

Von Mises strain; units are in/in.

 

 

 

 

 

Figure B-5:  The Carbon Fiber/Aluminum Prototype under the weight of an MK – 82 bomb and eight ‘g’ maneuver is shown above analyzing the

maximum principal strain; units are in/in.

 

 

 

 

Figure B-6:  The Aluminum inserts under the weight of an MK – 82 bomb and eight ‘g’ maneuver is shown above computing the Von Mises stress;

units are psi.

 

 

 

 

Figure B-7:  The Aluminum inserts under the weight of an MK – 82 bomb and eight ‘g’ maneuver is shown above computing the maximum

principal stress; units are psi.

 

 

 

 

Figure B-8:  The Aluminum inserts under the weight of an MK – 82 bomb and eight ‘g’ maneuver is shown above analyzing the Von Mises strain;

units are in/in.

 

 

 

 

Figure B-9:  The Aluminum inserts under the weight of an MK – 82 bomb and eight ‘g’ maneuver is shown above analyzing the maximum

principal strain; units are in/in.

 

 

 

 

Figure B-10:  The Carbon Fiber/Aluminum Prototype under the weight of an MK – 82 bomb and eight ‘g’ maneuver is shown above in applied

force in the Y-direction; units are lbf.

 

 

 

 

Figure B-11:  The Carbon Fiber/Aluminum Prototype shown above was first grounded by the two aluminum lug inserts (red triangles) then an

evenly distributed load of 39 psi was placed on the top surface (yellow arrows) and finally the FEM program “Algor” engineered the magic.


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