FH-Prof. DI Dr.techn. Markus Vill
Head of Academic Course Technical Building Equipment, Structural Engineering and Rehabilitation Technology for the Real Estate Industry
Academic Staff
markus.vill@fh-campuswien.ac.at
+43 1 606 68 77-2541
+43 1 606 68 77-2549
Room: P.1.01
Favoritenstraße 226
1100 Wien
Lectures 2022/23
Building and Design
Reinforced Concrete Construction and Massive Construction 1 ILV
Lector: Priv.-Doz. DI Dr. techn. Patrick Huber, BSc, FH-Prof. DI Dr.techn. Markus Vill
Reinforced Concrete Construction and Massive Construction 2 ILV
Lector: Priv.-Doz. DI Dr. techn. Patrick Huber, BSc, FH-Prof. DI Dr.techn. Markus Vill
Lecture contents
Design of reinforced concrete beams against shear and torsion
Interaction of bending and shear
Shear design of slabs (members without shear reinforcement)
Design of slabs against punching
Design of members of plain or less-reinforced concrete members
Assessment methods
Final Examen (theory and calculation examples)
20 minutes theory (20 points)
90 minuten calculation examples (80 points)
homework for extra point (5-10 points)
For a positive completion of the course 60 points are needed.
Teaching methods
lecture, PPP-presentation, whiteboard, practice-oriented examples
Language
German
Bridge Building ILV
Lector: FH-Prof. DI Dr.techn. Markus Vill
Lecture contents
Introduction
Introduction
History of Bridge Design
Basis for the design
Overview Materials and structural systems
Loads
Basis for the Design of cross sections
Design of sustainable bridge structures
Basis for bridge equipment
Introduction construction methods
Assessment methods
written examination
Teaching methods
ILV, Presentation
Language
German
Reinforced Concrete Construction and Massive Construction 4 ILV
Lector: Baurat h.c. FH-Hon.Prof Hofrat DI Dr. techn. Walter Potucek, FH-Prof. DI Dr.techn. Markus Vill
Lecture contents
Calculation of structures
construction and calculation of plates, profiled slabs, columns and walls,
partially loaded areas,
bearing walls
special cases of the construction of beams, frameworks (beam-column),
stairs,
foundations
walls
execution of structures in reinforced concrete
basics of prestressed concrete
Assessment methods
Final examen, training-works, continuous assessment
Teaching methods
lecture, white-board, ppp-presentation, exemples of construction, trainings of construction
Language
German
Reinforced Concrete Construction and Massive Construction 1 ILV
Lector: Priv.-Doz. DI Dr. techn. Patrick Huber, BSc, FH-Prof. DI Dr.techn. Markus Vill
Reinforced Concrete Construction and Massive Construction 2 ILV
Lector: Priv.-Doz. DI Dr. techn. Patrick Huber, BSc, FH-Prof. DI Dr.techn. Markus Vill
Lecture contents
Lecture:
Ultimate limit state for sollicitations by vertical force (shear), torsion, combined effects (torsion and shear), minimum and maximum reinforcement degree, unreinforced and lightly reinforced concrete structures.
serviceability limit state: limitation of crack-widths, calculation of deformations.
distance learning: design of a simple structure of reinforced concrete
Assessment methods
Lecture: Final Exam; Distance Learning; continuous assessment
Teaching methods
lectures, white board, power point-presentations
project work in small groups, presentation of results
Language
German
Reinforced Concrete Construction and Massive Construction 3 VO
Lector: FH-Prof. DI Dr.techn. Markus Vill
Bridge Building ILV
Lector: FH-Prof. DI Dr.techn. Markus Vill
Lecture contents
Introduction
History of Bridge Design
Basis for the design
Overview Materials and structural systems
Loads
Basis for the Design of cross sections
Design of sustainable bridge structures
Basis for bridge equipment
Introduction construction methods
Assessment methods
written examination 60 min.
Teaching methods
ILV, Presentation with project team work
Language
German
Reinforced Concrete Construction and Massive Construction 4 ILV
Lector: Baurat h.c. FH-Hon.Prof Hofrat DI Dr. techn. Walter Potucek, FH-Prof. DI Dr.techn. Markus Vill
Lecture contents
Special cases for the design, building structures, quality management, construction of concrete structures, basic information of prestressed concrete structures
Assessment methods
ILV: oral examination with assessment of project team work
Teaching methods
Presentaion with project team work
Language
German
Bridge Building ILV
Lector: DI Herbert Kothmayer, FH-Prof. DI Dr.techn. Markus Vill
Lecture contents
- Design and pre-dimensioning of beam bridges made of reinforced and prestressed concrete (slab, slab beam, box girder, trough cross-section) including frame bridges
- Bridge equipment (bearings, edge beams, expansion joints, drainage)
- Design and preliminary dimensioning of substructures (abutment, support bench, wings, foundation)
- Checks for ultimate and serviceability limit states
Assessment methods
Final exam
written examination, 120 min, division of the examination subjects to approx. 50% Kothmayer, approx. 50% Vill; for a positive conclusion 60% of the total points of the whole examination are necessary. In case of non-achievement the whole examination has to be repeated.
Teaching methods
ILV
Language
German
Repair of Engineering Structures ILV
Lector: Dipl.-Ing.(FH) Reinhard Pamminger, DI. Dr.techn. Anton Pech, FH-Prof. DI Dr.techn. Markus Vill
Lecture contents
- Surface preparation
- Concrete replacement
- Crack filling
- Cavity filling
- Surface protection
- Remove drill cores St 927/15
- Perform tear strength test
- Record flatness
- Determine roughness depth
- Preparation of measurement and execution documents for compensation gradients
Masonry drying section: Fundamentals of moisture in masonry, analyses and restoration concepts, procedures against capillary moisture rise and accompanying measures
Assessment methods
Final exam
Due to the Covid 19 situation and the holding of LV according to the traffic light regulation of the BMBWF, the examination modalities can also be adapted at short notice during the current semester.
Teaching methods
Masonry drying section: Lecture
Language
German