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by: Evelyn

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# Statics: Week 3 Notes AME 2113

Evelyn
OU
Statics
Hekiri

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3rd week of notes.
COURSE
Statics
PROF.
Hekiri
TYPE
Class Notes
PAGES
2
WORDS
KARMA
25 ?

## 1

1 review
"I love that I can count on (Evelyn for top notch notes! Especially around test time..."
Jaime Botsford Sr.

## Popular in Aerospace Engineering

This 2 page Class Notes was uploaded by Evelyn on Friday September 11, 2015. The Class Notes belongs to AME 2113 at University of Oklahoma taught by Hekiri in Summer 2015. Since its upload, it has received 58 views. For similar materials see Statics in Aerospace Engineering at University of Oklahoma.

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## Reviews for Statics: Week 3 Notes

I love that I can count on (Evelyn for top notch notes! Especially around test time...

-Jaime Botsford Sr.

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Date Created: 09/11/15
AME 2113 Statics Fall 2015 Dr Hekiri Week 3 September 711 Topics Covered Lecture Equations of Particles ForceBody Diagrams and Coplaner Force Systems 0 ForceBody Diagrams o Coplanar Forces 0 Equations of Equilibrium 0 Types of Connection 0 Springs 0 Cables and Pulleys 0 Smooth Contact Applicable Pages in Hibbeler chpt 3 Notes ForceBody Diagrams 1 isolate a quotparticlequot a Particle piece of system which you wish to analyze 2 Show all forces acting on the particle a Active force acts to move particle ie gravity b Reactive force acts to resist particle s motion Le a force opposing gravity Coplanar Force systems all forces acting on a particle exist in the same 2dimensional plane This simplifies the component analysis to a 2component system making calculations easier Equations of Equilibrium equations which are applicable specifically when a system is in equilibrium no acceleration of any components 0 2F 2 O o For coplanar systems 2D zezinszjO zezinszjzkaO o For 3D systems Common Types of Connections Springs Fsprmg kl lo 0 Fsprmg force acting on the spring o I length of spring 0 0 unstressed length of spring resting length 0 k elasticity aka spring constant or stiffness AME 2113 Statics Fall 2015 Dr Hekiri Week 3 September 711 Cables and Pulleys o In frictionless pulleys tension is always equal on each side of the wheel Smooth Contact 0 Surface exerts a normal force force perpendicular to the plane of the surface

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