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 T: +43 1 606 68 77-2541 F: +43 1 606 68 77-2549 Room: P.1.01 Favoritenstraße 226 1100 WienPersonal WebspaceLectures 2021/22Building and Design> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 1 ILVLector: DI Dr. techn. Patrick Huber, BSc., FH-Prof. DI Dr.techn. Markus Vill1SWS3ECTSLecture contents- introduction in reinforced concrete - material properties of reinforcement and concrete - load-carrying behavior of reinforced concrete - safety concepts - basics for detailing of the reinforcement - analysis of the ultimate limit state for bending and bending with axial force - exercise examplesAssessment methodswritten examen after the end of the lecture consisting of a theoretical part (20 minutes) and a part with design examples (90 minutes) Allowed documents: theory part: none calculation part: recommended reading and notesTeaching methodslecture with ppt presentation derivations and exercise examples on the white boardLanguageGerman> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 2 ILVLector: Omar El-Mahrouk, BSc, DI Dr. techn. Patrick Huber, BSc., FH-Prof. DI Dr.techn. Markus Vill2SWS4ECTSLecture contentsDesign 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 membersAssessment methodsFinal 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 methodslecture, PPP-presentation, whiteboard, practice-oriented examplesLanguageGerman> Bridge Building ILV Civil Engineering and Construction Management moreBridge Building ILVLector: FH-Prof. DI Dr.techn. Markus Vill1SWS2ECTSLecture contentsIntroduction 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 methodsAssessment methodswritten examinationTeaching methodsILV, Presentation with project team workLanguageGerman> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 4 ILVLector: FH-Hon.Prof Hofrat DI Dr. Walter Potucek, FH-Prof. DI Dr.techn. Markus Vill1SWS4ECTSLecture contentsCalculation 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 concreteAssessment methodsFinal examen, training-works, continuous assessmentTeaching methodslecture, white-board, ppp-presentation, exemples of construction, trainings of constructionLanguageGerman> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 1 ILVLector: DI Dr. techn. Patrick Huber, BSc., FH-Prof. DI Dr.techn. Markus Vill1SWS3ECTSLecture contents-characteristic values for steel and concrete -mode of action of reinforced concrete -Basics for the analysis of the ultimate limit state -Basics for the construction of the reinforcement -Analysis of the ultimate limit state for -bending -bending with axial force -training-worksAssessment methodsILV: S + final exam, (90 min) and case study; FL perm. M, S. Basis vor the Evaluation ist lecture "Statik und Festigkeitslehre 1VO". 20% of test can consist of the content of "Statik und Festigkeitslehre".Teaching methods2,5 LP VO + 0,5 LP distance learningLanguageGerman> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 2 ILVLector: Omar El-Mahrouk, BSc, DI Dr. techn. Patrick Huber, BSc., FH-Prof. DI Dr.techn. Markus Vill2SWS4ECTSLecture contentsLecture: 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 concreteAssessment methodsLecture: Final Exam; Distance Learning; continuous assessmentTeaching methodslectures, white board, power point-presentations project work in small groups, presentation of resultsLanguageGerman> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 3 VOLector: FH-Prof. DI Dr.techn. Markus Vill1SWS1ECTSLecture contentsSpecial cases of the dimensioning, constructions of structural elements of buildings, bearing systems, quality management, execution of structures, Basics of the prestressed concreteAssessment methodsILV: S + final examen; FL perm. M, STeaching methodslecture, white board, ppt.presentationsLanguageGerman> Bridge Building ILV Civil Engineering and Construction Management moreBridge Building ILVLector: FH-Prof. DI Dr.techn. Markus Vill1SWS2ECTSLecture contentsIntroduction 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 methodsAssessment methodswritten examination 60 min.Teaching methodsILV, Presentation with project team workLanguageGerman> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 4 ILVLector: FH-Hon.Prof Hofrat DI Dr. Walter Potucek, FH-Prof. DI Dr.techn. Markus Vill1SWS4ECTSLecture contentsSpecial cases for the design, building structures, quality management, construction of concrete structures, basic information of prestressed concrete structuresAssessment methodsILV: oral examination with assessment of project team workTeaching methodsPresentaion with project team workLanguageGerman> Bridge Building ILV Civil Engineering and Construction Management moreBridge Building ILVLector: DI Herbert Kothmayer, FH-Prof. DI Dr.techn. Markus Vill2SWS2ECTSLecture 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 statesAssessment methodsFinal 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 methodsILVLanguageGerman> Repair of Engineering Structures ILV Civil Engineering and Construction Management moreRepair of Engineering Structures ILVLector: Dipl.-Ing.(FH) Reinhard Pamminger, DI. Dr.techn. Anton Pech, FH-Prof. DI Dr.techn. Markus Vill2SWS4ECTSLecture 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 measuresAssessment methodsFinal 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 methodsMasonry drying section: LectureLanguageGerman> Building and Industrial Construction 2 VO Civil Engineering and Construction Management moreBuilding and Industrial Construction 2 VOLector: FH-Prof. DI Dr.techn. Markus Vill, DDI Wolfgang Wallisch2SWS2ECTSLecture contentsHall systems; Prefabricated parts; Connections in prefabricated construction; Inserts in concrete structures; Foundations in hall construction; Construction work and construction supervision; Use of glass as a building material in building construction; Prestressed systemsAssessment methodsFinal exam Final exam (written) The whole examination (Vill, Wallisch) must be positive (at least 60% of the maximum score) Time: 90 minTeaching methodsLecture with calculation and practical examplesLanguageGermanPublications The publications of Markus Vill written at FH Campus Wien can be found in our publication database, others in the personal web space.
> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 1 ILVLector: DI Dr. techn. Patrick Huber, BSc., FH-Prof. DI Dr.techn. Markus Vill1SWS3ECTSLecture contents- introduction in reinforced concrete - material properties of reinforcement and concrete - load-carrying behavior of reinforced concrete - safety concepts - basics for detailing of the reinforcement - analysis of the ultimate limit state for bending and bending with axial force - exercise examplesAssessment methodswritten examen after the end of the lecture consisting of a theoretical part (20 minutes) and a part with design examples (90 minutes) Allowed documents: theory part: none calculation part: recommended reading and notesTeaching methodslecture with ppt presentation derivations and exercise examples on the white boardLanguageGerman
> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 2 ILVLector: Omar El-Mahrouk, BSc, DI Dr. techn. Patrick Huber, BSc., FH-Prof. DI Dr.techn. Markus Vill2SWS4ECTSLecture contentsDesign 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 membersAssessment methodsFinal 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 methodslecture, PPP-presentation, whiteboard, practice-oriented examplesLanguageGerman
> Bridge Building ILV Civil Engineering and Construction Management moreBridge Building ILVLector: FH-Prof. DI Dr.techn. Markus Vill1SWS2ECTSLecture contentsIntroduction 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 methodsAssessment methodswritten examinationTeaching methodsILV, Presentation with project team workLanguageGerman
> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 4 ILVLector: FH-Hon.Prof Hofrat DI Dr. Walter Potucek, FH-Prof. DI Dr.techn. Markus Vill1SWS4ECTSLecture contentsCalculation 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 concreteAssessment methodsFinal examen, training-works, continuous assessmentTeaching methodslecture, white-board, ppp-presentation, exemples of construction, trainings of constructionLanguageGerman
> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 1 ILVLector: DI Dr. techn. Patrick Huber, BSc., FH-Prof. DI Dr.techn. Markus Vill1SWS3ECTSLecture contents-characteristic values for steel and concrete -mode of action of reinforced concrete -Basics for the analysis of the ultimate limit state -Basics for the construction of the reinforcement -Analysis of the ultimate limit state for -bending -bending with axial force -training-worksAssessment methodsILV: S + final exam, (90 min) and case study; FL perm. M, S. Basis vor the Evaluation ist lecture "Statik und Festigkeitslehre 1VO". 20% of test can consist of the content of "Statik und Festigkeitslehre".Teaching methods2,5 LP VO + 0,5 LP distance learningLanguageGerman
> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 2 ILVLector: Omar El-Mahrouk, BSc, DI Dr. techn. Patrick Huber, BSc., FH-Prof. DI Dr.techn. Markus Vill2SWS4ECTSLecture contentsLecture: 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 concreteAssessment methodsLecture: Final Exam; Distance Learning; continuous assessmentTeaching methodslectures, white board, power point-presentations project work in small groups, presentation of resultsLanguageGerman
> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 3 VOLector: FH-Prof. DI Dr.techn. Markus Vill1SWS1ECTSLecture contentsSpecial cases of the dimensioning, constructions of structural elements of buildings, bearing systems, quality management, execution of structures, Basics of the prestressed concreteAssessment methodsILV: S + final examen; FL perm. M, STeaching methodslecture, white board, ppt.presentationsLanguageGerman
> Bridge Building ILV Civil Engineering and Construction Management moreBridge Building ILVLector: FH-Prof. DI Dr.techn. Markus Vill1SWS2ECTSLecture contentsIntroduction 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 methodsAssessment methodswritten examination 60 min.Teaching methodsILV, Presentation with project team workLanguageGerman
> Reinforced Concrete Construction and Massive Const… Civil Engineering and Construction Management moreReinforced Concrete Construction and Massive Construction 4 ILVLector: FH-Hon.Prof Hofrat DI Dr. Walter Potucek, FH-Prof. DI Dr.techn. Markus Vill1SWS4ECTSLecture contentsSpecial cases for the design, building structures, quality management, construction of concrete structures, basic information of prestressed concrete structuresAssessment methodsILV: oral examination with assessment of project team workTeaching methodsPresentaion with project team workLanguageGerman
> Bridge Building ILV Civil Engineering and Construction Management moreBridge Building ILVLector: DI Herbert Kothmayer, FH-Prof. DI Dr.techn. Markus Vill2SWS2ECTSLecture 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 statesAssessment methodsFinal 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 methodsILVLanguageGerman
> Repair of Engineering Structures ILV Civil Engineering and Construction Management moreRepair of Engineering Structures ILVLector: Dipl.-Ing.(FH) Reinhard Pamminger, DI. Dr.techn. Anton Pech, FH-Prof. DI Dr.techn. Markus Vill2SWS4ECTSLecture 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 measuresAssessment methodsFinal 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 methodsMasonry drying section: LectureLanguageGerman
> Building and Industrial Construction 2 VO Civil Engineering and Construction Management moreBuilding and Industrial Construction 2 VOLector: FH-Prof. DI Dr.techn. Markus Vill, DDI Wolfgang Wallisch2SWS2ECTSLecture contentsHall systems; Prefabricated parts; Connections in prefabricated construction; Inserts in concrete structures; Foundations in hall construction; Construction work and construction supervision; Use of glass as a building material in building construction; Prestressed systemsAssessment methodsFinal exam Final exam (written) The whole examination (Vill, Wallisch) must be positive (at least 60% of the maximum score) Time: 90 minTeaching methodsLecture with calculation and practical examplesLanguageGerman