labFiveReflection
.pdf
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School
Rutgers University *
*We aren’t endorsed by this school
Course
361
Subject
Aerospace Engineering
Date
Dec 6, 2023
Type
Pages
6
Uploaded by DrDolphin3055
Faa
Teamwork
Organization,
Agreement
of
Planned
Activities,
and
Team
Evaluation
Group
#:
___
Lab
Session#:
__
Lab
#:
__
Lab
Reflection
due
date:
Please,
fill
out
and
submit
this
document
in
Gradescope
by
the
end
of
the
lab
session.
PART
1:
Signed
Team
Agreement
(for
completing
Lab
reflection
by
the
due
date)
Student
Name
NetID
[
Role
Sighature
Contact
info
(email
or
phone
number)
Erin
grossman
efg50
n/a
Erin
Grossman
efg50@scarletm
ail.rutgers.edu
PART
2:
Lab
Reflection:
With
your
own
words
and
concisely,
please,
answer
these
questions
1.
Please,
describe
the
challenges
you
have
encountered
to
complete
this
lab
and
how
you
addressed
them.
To
me
the
challenge
in
this
lab
was
not
being
able
to
work
with
anyone
else,
therefor
|
addressed
it
by
using
the
extra
resources
given
with
each
lab.
For
example
when
|
wanted
to
understand
and
have
a
description
of
the
lab
i
watched
the
videos
on
canvas
to
give
myself
a
better
understanding
like
|
would
in
lecture.
14:650:361
-
Intro
Mechatronics
-
Summer
2023,
MAE,
Rutgers
University
Dr.
Annalisa
Scacchioli
Faa
2.
What
theory
that
you
have
learned
during
lectures
is
applied
in
this
lab?
A
closed
loop
integral/derivative
control
system.
3.
Please,
include
here
the
plot
(obtained
with
Matlab-not
Simulink!)
showing
the
responses
of
the
closed-loop
system
(height
of
the
fluid
in
the
bottom
tank)
for
the
5
different
set
of
gains
of
the
PID
control
versus
time,
as
obtained
during
this
lab.
Please,
add
your
comments
explaining
the
meaning
of
this
plot
in
relation
with
the
lab
experiment.
1.4
—
1.2”
C3
7
0.4
[
02
H
0
10
20
30
40
50
60
70
80
Time
(seconds)
In
the
first
graph
shown
above
it
shows
the
different
effects
having
different
controllers
affecting
the
same
transfer
function.
Displayed
in
the
second
graph
shown
above
is
the
graph
obtained
when
using
the
PID
tool.
With
increased
response
time
the
riste
time
decreased.
The
overshoot
percentage
changed
based
in
the
rise
in
transient
behavior.
14:650:361
-
Intro
Mechatronics
-
Summer
2023,
MAE,
Rutgers
University
Dr.
Annalisa
Scacchioli
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