Our final presentation is for
again and I'm just reading the size

it is undergrads that we often get
involved in some of these other projects

but in this case we're developing
a new line of research in the areas

of material science and these students
are just one kind of interviews with to go

you know sort of test their
brothers that they've been in for

some materials testing so they just get
a very short presentation that are used

in detail the presentations defected
body temperature and into real

interesting plastics Interfax
impressive devices and this

is what you're going to test them for his
development and this is a family day and

look for a

few days and
many of them lead you back just as

hard as it's a very secure.

This is important for several different
reasons one of the main reasons is that

there's a limited practical lifespan for
different purposes

because of this third
party payers insurance to

determine kind of their life span
that is going to be places that

so little perspective the experience

prices were just appreciate
that advice if they did

several years ago now have different
control capabilities that.

Actually there are

three which are

very

very practical.

And

we're creating more.

Computer controller that
is there that will turn

based on the temperature inside where and

controlling these are within
an accuracy of one degree Fahrenheit.

So it will be able to keep
the chamber very close to body

temperature at all times and
each day the Cheevers going to be there.

The temperature control is going to
record the min and max temperature for

that day so
we can see how the temperatures change and

then we read that will be places
outside chambers you can easily

determine the temperature
inside the chamber fourteen or

as you can inside close

the frame and three that

are here and there is that

this will be mounted on a wall next to the
chambers and you can temperature inside.

We are using plastic you can samples.

Maybe different materials and.

To you and
your aluminum frame many materials and

it has been to be the size of
our environmental chamber and

we're getting now each of the samples
to the top part of the frame and

then the opposite end of the week.

That's going down in order to
accelerate the next three and

inertia measure the definition of
these samples we have a pointer and

that will measure the top of the.

Which is the original position to where
the plastic material is different

and the different.

They're going to be two inches by
six inches in size and they'll be

and will be testing different thicknesses
such as three sixteenth of an inch and

a quarter inch because of
your tests you can see here.

There's a simple Google search of
the top of the metal frame and

the accident back and forth so
that it can accurately measure its

samples defamation from
the top of me here to where

the future project right now this is

going to change over time and
it's not going to be the same day.

It was made as it will
say five years later and

we just think that the last three or
six months detention longer just as

long as WE NEED TO SEE factor in material.

Will begin.

And you know that this is not going
to be considered every time and

it could be due to repetitive loading or

when the person is wearing the device and
they're going to create new static.

But in the future we have to have some for
a motor

control mechanism that will
induce a load of materials so

that you can determine how
material affects the beat and

also you'd like to test entire And
good advice as opposed to just.

We know that they are there in order for

the physical character characteristics in
that you know properties of the device

and area that's an area

that are sponsoring this project.

Maybe

as we get it essentially we're trying
to be you know the great business that

the last couple couple things in the lives

of those strippers are relatively similar.

So we're doing is just you know devices
that we use don't go through the same

pencil pencils dressed up in

that this is a history of
these We're just looking

for this temperature
in the user experience

and what they're really

well there is no standard exactly what
we want to use so we pull several.

Well.

There is some international standards.

We've consulted with material sciences.

There's basically suggested
this is a starting point.

You know it's not now when

there is an environment you
know using this one sample

size and so
this was what was suggested itself.

So yes it's a factor
that effects creep and

we are we're measuring we're not going
to be controlling for those first and

the first pilot said OK I'm
going to have to for

any other questions to say
we're going to go break in and

have the words or more right now
because there's been a decision.

So many years before the work that I'm
not discuss what that process was ago.

I've.