Related Resources: FPDesign

Fixed-Pinned Cantilever Beam Design Calculator

Beam Deflection & Stress Calculators and Equations

Designing a Fixed-Pinned Cantilever Beam                
 
 
 
Given Values    
Modulus E= psi
 
Required vertical deflection b= in
 
Input force angle (vertical) phi= rad deg
 
Gamma (char. radius factor) gamma= n/a
 
Stiffness coefficient K_theta= n/a
 
Angle coefficient c_theta= n/a
 
 
 
 
Design Variables     Lower Bound   Upper Bound  
Out-of-plane thickness t= in 0.5 in
 
 3 in
 
Beam length L= in 15 in
 
 20 in
 
Flexible segment in-plane thickness h= in in mm in mm
 
 
 
Analysis Functions    
Area moment of Inertia I= in^4
 
Torsional spring constant K= in*lb/rad
 
PRB angle cap_theta= rad
 
 deg
 
Horizontal position a= in
 
Horizontal deflection delta= in
 
Applied vertical force F= lb
 
Maximum stress sigma= psi
 
Beam end angle theta= rad
 
 deg
 
Fig 5
 
 

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