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SIMDRIVELINE RELEASE NOTES
Manual do Utilizador
MATLAB SIMDRIVELINE RELEASE NOTES Manual do Utilizador Página 34
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Example 2
Build a Simulink model that solves the
followin
g
differential e
q
uation
(
ODE
)
gq
(
)
2nd-order
mass-spring-damper
system
zero ICs
zero
ICs
input
f(t)
is a step with magnitude 3
parameters:
m
=
02
5
c
=
05
k
=
1
parameters:
m
0
.
25
,
c
0
.
5
,
k
1
)
(
t
f
kx
x
c
x
m
1
2
...
29
30
31
32
33
34
35
36
37
38
39
...
49
50
Getting Started with Simulink
1
MATLAB/Simulink Applications
2
MATLAB/Simulink
2
Applications
2
) throughout the development
3
Modeling Process
5
Eastman’s Presentation
6
Modeling Approaches
15
Modeling
15
Approaches
15
Getting started with Simulink
18
Launch Simulink
19
Create a new model
20
Your workspace
21
Save your model
22
Example 1: a simple model
23
Simulation diagram
24
Select an input block
25
Select an operator block
26
Select an output block
27
Connect blocks with signals
28
Select simulation parameters
29
Run the simulation
32
Simulation results
33
Example 2
34
On the following slides:
35
(continue)
36
Integrator
41
Continuous
41
Flip Block
43
Complete the model
44
Final value
45
Final Simulink model
46
Standard form
49
Nat’l freq
49
Damping ratio
49
Check simulation results
50
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