Digital Teaching
Please note that the course in the summer semester 2022 will be handled via Moodle as far as possible. You are automatically connected to Moodle via your TUCaN registration for this module. The activation of the Moodle course for students will happen before the first lecture.
Course Contents
[b]Content:[/b]
This course teaches the design and construction of masonry structures. Special design approaches as well as structural details of masonry constructions are discussed according to the current standards. In addition, a brief presentation of the basic principles of building physics relevant to masonry constructions is given. Then, besides the lecture the practical handling of masonry is deepened in the form of exercises.
Finally, also special topics of reinforced concrete construction such as e.g. methods of structural analysis or buckling behavior of reinforced concrete members are still integrated in the lecture.
The contents of the lectures in detail:
- Fundamentals of the material behavior of masonry
- Design of reinforced and unreinforced masonry according to EC 6
- Special components and construction details
- Fundamentals of building physics
- Deformation and buckling behaviour of reinforced concrete members
- Different methods of structural analysis of reinforced concrete structures
Literature
Lecture and exercise notes, TU Darmstadt, Institute of Solid Construction
MauerWerk Lehrprotal der Deutschen Gesellschaft für Mauerwerks- und Wohnungsbau e. V.
Masonry calendar (annual publication) Ernst & Sohn Verlag, Berlin
Eurocode 6 - annotated version, Beuth, Berlin
Reference book for architects, civil engineers and students, Kalksandstein
Information GmbH + Co. KG Hanover
Various information brochures of the masonry brick industry on the design and
and structural design
Sustainability Reference of the Course Contents
In this lecture, students learn about the CO2 - and resource-intensive material masonry and how to design and dimension masonry structures economically, durably and thus sustainably.
Online Offerings
Moodle
Please note that the course in the summer semester 2022 will be handled via Moodle as far as possible. You are automatically connected to Moodle via your TUCaN registration for this module. The activation of the Moodle course for students will happen before the first lecture.
Course Contents
[b]Content:[/b]
This course teaches the design and construction of masonry structures. Special design approaches as well as structural details of masonry constructions are discussed according to the current standards. In addition, a brief presentation of the basic principles of building physics relevant to masonry constructions is given. Then, besides the lecture the practical handling of masonry is deepened in the form of exercises.
Finally, also special topics of reinforced concrete construction such as e.g. methods of structural analysis or buckling behavior of reinforced concrete members are still integrated in the lecture.
The contents of the lectures in detail:
- Fundamentals of the material behavior of masonry
- Design of reinforced and unreinforced masonry according to EC 6
- Special components and construction details
- Fundamentals of building physics
- Deformation and buckling behaviour of reinforced concrete members
- Different methods of structural analysis of reinforced concrete structures
Literature
Lecture and exercise notes, TU Darmstadt, Institute of Solid Construction
MauerWerk Lehrprotal der Deutschen Gesellschaft für Mauerwerks- und Wohnungsbau e. V.
Masonry calendar (annual publication) Ernst & Sohn Verlag, Berlin
Eurocode 6 - annotated version, Beuth, Berlin
Reference book for architects, civil engineers and students, Kalksandstein
Information GmbH + Co. KG Hanover
Various information brochures of the masonry brick industry on the design and
and structural design
Sustainability Reference of the Course Contents
In this lecture, students learn about the CO2 - and resource-intensive material masonry and how to design and dimension masonry structures economically, durably and thus sustainably.
Online Offerings
Moodle
- Lehrende: Eftychia Apostolidi
- Lehrende: Annika Becker
- Lehrende: Truong Diep Hasenbank-Kriegbaum
- Lehrende: Danièle Waldmann-Diederich
Semester: ST 2023