Fluid Mechanics Lab Report Presentations

Budapest University of Technology and Economics

DEPARTMENT OF FLUID MECHANICS

200?. ??. ??.Fluid Mechanics lab report presentation

Measurement Group Members:

X… Y… (Measurement Leader) PRT235

W… Z… 45GG65

T… S… ERS332

0.3 min.

? Title of Measurement ?

Instructor : X… Y…

2.Fluid Mechanics lab report presentation

Short Description of the Measurement

Goal of the measurement:

One or two sentences

Description of the measurement task

What did we measure? What did we measure with?

1 min.

3.Fluid Mechanics lab report presentation

Description of the measurement set-up

It is enough to just put key words here, since you should present the measurement set-up in your own words.

It is important that you only present those scenarios which you actually measured and not the general ones which can be found in the measurement guide.

1.5 min.

4.Fluid Mechanics lab report presentation

The applied formulas

Put the basic equations along with one example of how you applied the equation in your report.

Equations

Determination of the density AND

Determination of the volume flow rate AND

Determination of the loss coefficient AND/OR

Determination of the efficiency AND/OR

…

1 min.

5.Fluid Mechanics lab report presentation

The investigated physical parameter (this can be on multiple slides max 3.)

0,00

0,20

0,40

0,60

0,80

1,00

1,20

-2,50 -2,00 -1,50 -1,00 -0,50 0,00 0,50 1,00 1,50 2,00 2,50

R/R50%

v/v

max

0,1

1

10

Rel

atív

hib

a [%

]

mért sebességprofil

Relatív hiba

0,00

0,20

0,40

0,60

0,80

1,00

1,20

-2,50 -2,00 -1,50 -1,00 -0,50 0,00 0,50 1,00 1,50 2,00 2,50

R/R50%

v/v

max

0,1

1

10

Rel

atív

hib

a [%

]

mért sebességprofil

Relatív hiba

Parameters:

• …

• …

2 min.

From this it can be well seen that…

This can be explained by… (It is enough to just say these, and they do not necessarily have to be on the slides.

6.Fluid Mechanics lab report presentation

Experiences

The conclusions which can be drawn from the measurement results, conclusion and summary:

In your own words state whether the measurement was useful for you or not, and why. Constructive criticism is welcome.

What kind of conclusions can be drawn about the measured values or the fluid mechanical phenomena (ex. Based on the error calculation a certain kind of phenomena can be measured with what kind of preciseness…)

We happily accept any constructive criticism about how to improve the different measurements.

1 min.

7.Fluid Mechanics lab report presentation

IMPORTANT !!!!!!!!!!!!!!!!!!

The red parts in this PowerPoint obviously need to be deleted and your own information needs to be added. The titles as well as the wording should be formulated to your own

taste. This is just a tool to help you set-up your own presentation.

The time increments given on the slides are not mandatory, but serve as a guide to help you plan your presentation.

It is strongly suggested that you practice at home before presenting to the class!

Do not make your presentation too short or too long! Min. 6.5 min., Max. 8 min.!

Required name format of the uploaded file:

lastname_NEPTUNCODE_ A_WE_14-16_even_M5.ppt

A='A' occasion (A, B, C); WE=wednesday (MO, TU, WE, TH, FR); 14-16=from 14:15 to 15:45; even=even weeknumber (even/odd); M5=measurement No. 5.

In order to upload your presentation to Poseidon, you also need to know your NEPTUN code. The link for uploading your presentation is:

http://www.ara.bme.hu/poseidon/

„USER NAME” and „PASSWORD” are the measurement leader’s NEPTUN code in lower- and uppercase letters, respectively.

You must upload your presentation prior to the class.