(Bitte beachten Sie die Beschreibung in Englisch.)

The course is designed to:

• provide the necessary knowledge and understanding of the fundamental notions in fluid mechanics, integrating specific knowledge with that of other related field in engineering;
• provide the physico-mathematical competences required to understand and model fluid mechanics problems;
• understand and solve simple problems encountered in the process industry and/or in the environment;
• develop learning skills necessary to undertake further study with a high degree of autonomy;

(Bitte beachten Sie die Beschreibung in Englisch.)

Introduction, physical properties of fluids; Fluid statics (liquids and gases); Dimensional analysis and experimentation; Flow of particulates;  Pressure drops in channels and pipes; Microscopic balance equations; Navier-Stokes equations; Governing equations and applications to one-dimensional systems; Macroscopic balance equations; Design of pipelines and piping networks.

(Bitte beachten Sie die Beschreibung in Englisch.)

Tests Administration:

• 1 midterm test, which covers the first part of the course;
• 1 final test, which covers the second part of the course;
• 1 replacement test (nachtest), which covers the entire program of the course and is in october.

Test duration: 1h30min.

IMPORTANT NOTE: To be admitted to the midterm and final test, attendance to a minimum of 6 UE is mandatory.

IMPORTANT NOTE:  To be admitted to the replacement test:

• attendance to a minimum of 9 UE lectures is mandatory;
• completion of minimum 50% of the exercises proposed in the homerworks during the UE  is mandatory (completed exercises must be confirmed in TUWel). Important: tutors are requested to randomly check homerworks. When an exercise, marked "complete" in TUWel, is found not made, then the exercise will be considered not made.

Structure of the test:

• Each test consists of 2 or 3 problems;
• Each problem is subdivided into several questions;
• Each question has a score so that the cumulative score of the entire test is 100;
• Each problem must be solved applying the correct equations and providing the correct numerical result when required.

Grades:

To obtain a grade for the course, either the two intermediate tests or the replacement test must be taken.

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• Case 1:  Midterm and final tests

The maximum score for each test is 100. The maximum cumulative score is 200. Scores and corresponding grades will be assigned according to the following table:

SCORE                GRADE
<100   -> (fail)            5
100-130 -> (pass)      4
131-147 -> (pass)      3
148-170 -> (pass)      2
>170 -> (pass)           1

 NOTE:

Access to the final test requires a minimum score of 26 in the midterm test.

A score less than 26 in the final test will correspond to fail in the midterm and final test.

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• Case 2:  Replacement test (October)

The maximum score for the test is 100. Scores and corresponding grades will be assigned according to the following table:

SCORE                GRADE
<50   -> (fail)       5
50-65 -> (pass)       4
66-73 -> (pass)       3
74-85 -> (pass)       2
>85 -> (pass)         1

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Office hours

Group 1 (Ungersbaeck): Monday 14:30-15 Room EI 5 Hochenegg HS
Group 2 (Posch): Monday 10:30-11 Room EI 3 Sahulka HS
Group 3 (Ellmenreich): Tuesday 16-16:30 Room BA07, Seminar room
Group 4 (Scheiber): Monday 9:30-10 Room GM 4 Knoller Hörsaal
Group 5 (Marecek): Wednesday 9:30-10 Room Sem.R. DA grün 03 B
Group 6 (Imran): Thursday 11-11:30 Room BA07, Seminar room
Group 7 (Heindl): Monday 17:30-18 Room Seminarraum BA 02B
Group 8 (Ungersbaeck): Friday 17:30-18 Room Seminarraum BA 08A
Group 9 (Amann): Monday 10:30-11 Room EI 3A Hörsaal
Group 10 (Luszczak): Friday 11:30-12 Room Kleiner Schiffbau
Group 11 (Poellinger): Monday 17:30-18 Room Seminarraum BA 02A
Group 12 (Amann): Monday 16:30-17 Room Seminarraum BA 08A
Group 14 (Imran): Thursday 11:30-12 Room BA07, Seminar room
Group 15 (Luszczak): Tuesday 9:30-10 Room GM 3 Vortmann Hörsaal
Group 16 (Posch): Wednesday 9:30-10 Room FH Hörsaal 4
Group 17 (Heindl): Thursday 17:30-18 Room Kleiner Schiffbau
Group 18 (Giurgiu): Thursday 14:30-15:00 Room GM 8/9 - Hörsaal des Internationalen Wiener Motorensymposiums
Group 19 (Pawlek): Friday 13:30-14 Room Kleiner Schiffbau
Group 20 (Ellmenreich): Tuesday 16:30-17 Room BA07, Seminar room
Group 21 (Giurgiu): Thursday 17:15-17:45 Room GM 8/9 - Hörsaal des Internationalen Wiener Motorensymposiums
Group 23 (Marecek): Friday 11:30-12 Room Seminarraum BA 02A
Group 24 (Bakhoum): Friday 11:30-12 Room Seminarraum BA 08A
Group 24 (Bakhoum): Friday 15:30-16 Room Seminarraum BA 08A
Group 26 (Schausberger): Wednesday 9:30-10 Room Seminarraum BA 08A
Group 27 (Scheiber): Tuesday 9:30-10 Room Seminarraum BA 08A
Group 28 (Pawlek): Tuesday 10:30-11 Room EI 6 Eckert HS
Group 29 (Schausberger): Friday 17:30-18 Room Kleiner Schiffbau
Group 31 (Poellinger): Wednesday 9:30-10 Room EI 3A Hörsaal

(Please contact your tutor for further informations)

(Bitte beachten Sie die Beschreibung in Englisch.)

Vector analysis, differential and integral multivariable calculus, line and surface integrals, ordinary differential equations