Teoretyczne podstawy budownictwa. Tom VII Theoretical Foundations of Civil Engineering. Volume VII. Structural Mechanics

Teoretyczne podstawy budownictwa. Tom VII
Theoretical Foundations of Civil Engineering. Volume VII. Structural Mechanics

rok wydania: 2016
ilość stron: 168
ISBN: 978-83-7814-607-0

Opis
Prezentowana monografia jest siódmym tomem serii wydawniczej Monografie Wydziału Inżynierii Lądowej pt. „Teoretyczne podstawy budownictwa” i pierwszym wydanym w języku angielskim.
 
This is the first volume of the series Theoretical Foundation of Civil Engineering edited in English. In the volume no 7 consisting of thirteen chapters the widely understood issues of structural mechanics are included. These chapters are based on selected and extended papers presented at Polish-Slovak-Russian seminars. In addition to the theoretical issues on the constitutive modeling and numerical methods used in engineering structures modelling, the monograph includes also chapters about the BIM and structure reliability concepts.

Spis treści
Contents
Chapter 1. BIM in structural modeling and calculations (Zbigniew Kacprzyk) / 9
Chapter 2. Facade shaping inspired by Scherk’s minimal surfaces (Jan Pełczyński, Paweł Wawruch) / 21
Chapter 3. Applications of tensegrity structures in civil engineering (Wojciech Gilewski, Joanna Kłosowska, Paulina Obara) / 31
Chapter 4. Truss structures with uncertain parameters - geometrical interpretation of  the solution based on properties of convex sets (Wojciech Gilewski, Jan Pełczyński, Tadeusz Rzeżuchowski, Janusz Wąsowski) / 41
Chapter 5. Technical coefficients in continuum models of  an anisotropic tensegrity module (Anna Al Sabouni-Zawadzka, Wojciech Gilewski) / 53
Chapter 6. The probabilistic analysis of steel truss under fire conditions (Katarzyna Kubicka, Urszula Radoń, Waldemar Szaniec) / 67
Chapter 7. An unconditionally stable formulation of the space-time finite element method (Zbigniew Kacprzyk) / 77
Chapter 8. Correlation of random variables in structural reliability analysis (Ewa Szeliga) / 89
Chapter 9. Investigation of behavior of reinforced concrete elements strengthened with FRP (Kostiantyn Protchenko, Maria Włodarczyk, Elżbieta Szmigiera) / 111
Chapter 10. Mitigation of low-temperature cracking in asphalt pavement by selection of material stiffness (Aleksander Szwed, Inez Kamińska) / 121
Chapter 11. Determination of failure modes in brick walls using cohesive elements approach (Łukasz Kowalewski, Marcin Gajewski) / 133
Chapter 12. New approach to limit analysis theorems for incompressible and compressible materials with nonassociated flow rules (Józef Joachim Telega, Stanisław Jemioło) / 147
Chapter 13. Numerical simulations of the splitting tension test for masonry solid units (Leszek Małyszko, Piotr Bilko) / 157

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