4. The section of peripheral nerve in neck is under tension of force F=0.18N due to sudden movement that causes large deformation of the nerve. As shown in the below figure, the nerve consists of two structures: fascicles and epineurium with modulus of elasticity of Efascicles=Ef2=MPa and Eepineurium=Ee 0.5MPA. Note: you can model all three fascicles as one part with the cross section of Afascicles=A=3(t(200x10“)²)= 12 x10*. Use compatibility condition (fascicles and epineurium deform together) b) Determine the deformation of the peripheral nerve (L=50mm). Note: make sure to include the entire solution including the internal forces in fascicles and/or epineurium. d) If the nerve can tolerate strain up to 0.2, determine if the nerve got injured or not due to this sudden movement Peripheral nerve Under tension 50mm Fascicles F 400pm Epineurium 400pm 400um Cross section of peripheral nerve 1000um (Answer: 8 9.4mm )

4. The section of peripheral nerve in neck is under tension of force F=0.18N due to sudden movement that causes large deformation of the nerve. As shown in the below figure, the nerve consists of two structures: fascicles and epineurium with modulus of elasticity of Efascicles=Ef2=MPa and Eepineurium=Ee 0.5MPA. Note: you can model all three fascicles as one part with the cross section of Afascicles=A=3(t(200x10“)²)= 12 x10*. Use compatibility condition (fascicles and epineurium deform together) b) Determine the deformation of the peripheral nerve (L=50mm). Note: make sure to include the entire solution including the internal forces in fascicles and/or epineurium. d) If the nerve can tolerate strain up to 0.2, determine if the nerve got injured or not due to this sudden movement Peripheral nerve Under tension 50mm Fascicles F 400pm Epineurium 400pm 400um Cross section of peripheral nerve 1000um (Answer: 8 9.4mm )

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Concept explainers

Axial Load

When a bar of the uniform cross-section is acted by a load, such that the load acts along the longitudinal axis of the bar, such kinds of loadings are known as axial loadings. In general terms, a load is an external force acting on a component. An axial load acts perpendicular to the geometric cross-section of the component. Based on the direction of the application of the load, an axial load can be tensile or compressive. The analysis of bodies under the action of axial loads is generally studied under the branch of mechanics, known as statics.

Question

4. The section of peripheral nerve in neck is under tension of force F=0.18N due to sudden movement
that causes large deformation of the nerve. As shown in the below figure, the nerve consists of two
structures: fascicles and epineurium with modulus of elasticity of Efascicles=Ef2=MPa and Eepineurium=Ee
0.5MPA. Note: you can model all three fascicles as one part with the cross section of
Afascicles=A=3((200×10“)²)= 12 n x10*. Use compatibility condition (fascicles and epineurium
deform together)
b) Determine the deformation of the peripheral nerve (L=50mm). Note: make sure to include the
entire solution including the internal forces in fascicles and/or epineurium.
d) If the nerve can tolerate strain up to 0.2, determine if the nerve got injured or not due to this sudden
movement
Peripheral nerve
Under tension
AF
50mm
Fascicles
F
400μm
Epineurium
400um
400µm
Cross section of
peripheral nerve
1000um
(Answer: 8 9.4mm )

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