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Chapter 2 - Laplace Trnasform $7.73   Add to cart

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Chapter 2 - Laplace Trnasform

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Complex Numbers, Laplace Transformations

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  • August 30, 2024
  • 15
  • 2023/2024
  • Class notes
  • Nahon
  • Lecture 1
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Lecture 1: 04 10112023


Mechanical
system () Equations (Math realm


System dynamics is a
unified approach to
analyze dynamic systems, be they mechanical,



electrical, fluid, thermal, etc...



We use an abstraction or mathematical representation of the
system.




Real
simplifyingtons Approximate physicallaws
- Mathematical
system
> representation model


-output
(car motion)
eg: car
driving I DOF
&x
d own a
road i M
sinusoidal

nc
S
bumpy road
Wheel
follows
=>




x
y Y
(Wtlizirpur road)
theroad. = sin




C
any




Physicallaws: Newton 2nd law more complex (multiple Dof)

(I anumption
mathematical model:
e
mx + c(x 0
y) + x(x y) I
- -



me
=




↳ Iti
↳ Caplan representation


Transfer function.


This can be used
for wide
approach variety of
a




the
systems. The
goal:
show
unified representations


& available
analytical tool to
analyze conno

them.

, Definition:

dynamic system: the
A output of the
system depends, not only on the



Output-input: differential present values of the input but also on
past values
equeat

A static system: the output depends only on the input
"N
output input: algebraic
-




&




output
*


input F
if masslers: static, instantaneous
acc.




~ if massifinertia => takes a
while
t move


H
dynamic


"N

Linear
systems: in the
governing differential equations, the dependant

variables and their derivatives linear combination
appear only as




x 5x+10x -line
eg; + = 0




5x"
e.g. x + +10 = 0
-now heat



x 5x + 5xx 0 linear
eg: + =
-> non




We can use superposition to analyze linear systems.
Model simplicity is
accuracy
"
"The ideal model is one that is simple and accurate


-often, we must
compromise between
simplicity and
accuracy
- Choiceis made based on resources (time, money, people.)

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