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  • University Of Southampton (UOS)
  • FEEG1002 Mechanics, Structures & Materials (FEEG1002)
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Statics 1 Summary Notes

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26 pages
2022/2023 Written for academic year
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University Of Southampton (UOS)
Module
FEEG1002 Mechanics, Structures & Materials (FEEG1002)
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My Statics 1 & 2 Lifeline Notebook – The Only Thing That Got Me Through This Course! Hey there! I’m selling my personal Statics 1 & Statics 2 notes from the Mechanics, Structures, and Materials module in Year 1 of Mechanical Engineering — this was literally my lifeline throughout the semester. I compiled these notes from lectures, tutorials, and my own study sessions. Every page is packed with essential formulas, step-by-step methods, and clear summaries that helped me actually understand what was going on — not just memorize things for the exam. What’s Inside: Statics 1: Forces, Equilibrium & Free Body Diagrams (with clear examples!) Stress & Strain, Young’s Modulus, Poisson’s Ratio Truss Analysis (method of joints & sections) Beam Bending, Shear Force & Bending Moment Diagrams Shortcut methods for SF & BM using relationships

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Statics 1

, Forces and equilibrium
Newton's Third Law :




The force by A the
exerted one
body on


B
other is
equal in
magnitude opposite
in direction to the force exerted by B on A
.




· When
drawing FBD replace External
,
3 Internal Forces :


↳
(Egravity
supports with reaction forces between subsystems
in
forces e .


g
:
engine car
other objects
downwards is
·
Going
+ Ve




· The sum of all rector components is O



Fres = [F j =




SUMMARY :

: O
· For 2D
analysis
-vertical equilibrium : EFv o =




-
Horizontal force equilibrium : [FH = 0


- Moment equilibrium : [Ma O =

, Moment Of A Force

EXAMPLES



· ( + 5) cW

· (-5) <W

· can choose
any point as
-a b
L



reference · Vertical
equilibrium
Fu = 0 [Ma = o


=> FGbox 1 + FGbox2 -
FA = 0 aFabox1 -

bEaboxz = 0

=> Fa =
FGbox 1 + FGbox2



·
Examples in Lecture slide / Statically equilibrium

&v = 0 -
Vertical
& FH = 0 -

Horizontal

&M = 0 -
Moment

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Subjects

  • statics
  • mechanics
  • structures
  • 1st year
  • engineering
  • physics
  • beams

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