determine deflection at A, Required informationDeformable rods BD and CF are attached to a rigid rod ABC as shown.Rod BD is made of steel (Est-200 GPa) and has an uniform 23x3.8 mm² cross section.Rod CF is made of aluminum (Ea=70 GPa) and has an uniform 31x3.5 mm² cross section.If a load P=19 kN were applied at A, determine the deflection at A.A125 mmDB225 mm225 mm150 mmE Equilib. EquationsEMB=0→ 19x125-PCFX225-0-PCF-10.56(KN) (T)ΣFy=0→PBD=19+PCF-29.56(KN) (T)4) Since PBD and PCF are (T), they will produce an increase in length of BD and CF respectively.Since end D is fixed, deflection of B is given as dB = SBD =PBD LBDEBD ABDPCP LCPECP ACP5) For rigid rod ABC, the magnitude of the deflection at A is given as 0.3275Since end F is fixed, de flection of C is given as dc = $cF=29.56(kN)x0.225 (m)200x1070x106(mm) (kNx23x3.8×10 (m²)10.56(kN)x0.15(m)kNx31x3.5×10 (m²)() ()mm= 0.38()(1)mm= 0.208

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Required information Deformable rods BD and CF are attached to a rigid rod ABC as shown. Rod BD is made of steel (Est-200 GPa) and has an uniform 23x3.8 mm² cross section. Rod CF is made of aluminum (Ea=70 GPa) and has an uniform 31x3.5 mm² cross section. If a load P=19 KN were applied at A, determine the deflection at A. A 125 mm D B 225 mm- 225 mm 150 mm E

Required information Deformable rods BD and CF are attached to a rigid rod ABC as shown. Rod BD is made of steel (Est-200 GPa) and has an uniform 23x3.8 mm² cross section. Rod CF is made of aluminum (Ea=70 GPa) and has an uniform 31x3.5 mm² cross section. If a load P=19 KN were applied at A, determine the deflection at A. A 125 mm D B 225 mm- 225 mm 150 mm E

Mechanics of Materials (MindTap Course List)

9th Edition

ISBN:9781337093347

Author:Barry J. Goodno, James M. Gere

Publisher:Barry J. Goodno, James M. Gere

Chapter9: Deflections Of Beams

Section: Chapter Questions

Problem 9.9.8P: The frame A BC support s a concentrated load P at point C (see figure). Members AB and BC have...

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