Atsisiųsti

Zs Nagy, A Jurcut, A Pop, I Mois: Technical and economical performance of thin-walled steel structures vs. Hot rolled profiles, Tendințe actuale în Ingineria structurilor Metalice, Lucrările celei de-a Xiii-a conferințe naționale de Construcții metalice, București, 21-22 noiembrie 2013

39.68 MB, 2020.05.27.

Kiss Z, Karoly B, Toader Nicu, Nagy Zs: A long span structure in Romania – IABSE Kolkata Symposium 2013

1.92 MB, 2020.05.27.

Gazdus H, Futó T: Kopitnari International Airport – Structure of Terminal Building – Design, Fabrication, Erection

2.84 MB, 2020.05.27.

CRISTEA Andrei-Crișan ,ALEXA Pavel: Structural design of a roof steel structure having double curvature

1.81 MB, 2020.05.27.

Szalai J, Papp F. Nowe trendy w normach: EUROKOD 3 – efektywne globalne projektowanie konstrukcji. Inzynier Budownictwa, 81/2, pp. 39-43. 2011.

6.95 MB, 2020.05.27.

Szalai J, Papp F. Nowe trendy w normach: EUROKOD 3 – efektywne globalne projektowanie konstrukcyjne Analiza oparta na modelu 3D przy użyciu ogólnej metody elementów skończonych belkowo-słupowych. Inzynier Budownictwa, 84/5, pp. 35-42. 2011.

7.11 MB, 2020.05.27.

Frederic Marimon, Albert Jiménez, Miquel Ferrer A practical approach to study of fire resistance of a steel structure with open built up members and columns. COST Action TU0904 Integrated Fire Engineering and Response

0.46 MB, 2020.05.27.

Patrik Takács, László Horváth, István Szontágh Fire design of a steel hall without fire protection. Proceedings of METNET Seminar 2011 in Aarhus

8.39 MB, 2020.05.27.

Szalai J. Practical application of the “General Method” of EN 1993-1-1 – New Steel Construction 2011

0.38 MB, 2021.03.26.

Szalai J. The “General Method” of EN 1993-1-1 – New Steel Construction 2011

0.23 MB, 2021.03.26.

Papp F, Szalai J. New approaches in Eurocode 3 – efficient global structural design. Part 0: An explanatory introduction. Terästiedote (Finnish Steel Bulletin), 5, Helsinki, 2010.

0.31 MB, 2020.05.27.

Papp F, Szalai J. New approaches in Eurocode 3 – efficient global structural design. Part 1: 3D model based analysis using general beam-column FEM. Terästiedote (Finnish Steel Bulletin), 5, 2010.

0.55 MB, 2020.05.27.

Wald F, Papp F, Szalai J, Vídenský J. Obecná metoda pro vzpěr a klopení. SOFTWAROVÁ PODPORA NÁVRHU OCELOVÝCH A DŘEVĚNÝCH KONSTRUKCÍ (Software Solutions for Steel and Timber Structures), pp. 48-57., Prague, 2010.

6.42 MB, 2020.05.27.

Papp F. Változó gerincmagasságú keretszerkezet tervezése az EN 1993 szabvány szerint a ConSteel programmal. MAGÉSZ ACÉLSZERKEZETEK II:(3) pp. 40-53. (2005)

8.17 MB, 2020.05.27.

Rubert, A.: Biegetorsion in der Stahlbaupraxis heute – modern, universell und zuverlässig. Bauingenieur 10/2019

9.84 MB, 2020.05.27.

Rubert, A.: Evaluation der Korrektheit und Genauigkeit der Software ConSteel bei Berechnungen biegeknick- und biegedrillknickgefährdeter ebener und räumlicher stählerner Strukturen nach Theorie 2. Ordnung. Höxter 2019

4.76 MB, 2020.05.27.

Rubert, A., Pollmann, D., Schaefer, S.; Analyse- und Nachweisformate des Biegedrillknickens stählerner Rahmen. Konstruktiver Ingenieurbau (KI) 04/2017

1.12 MB, 2020.05.27.

Rubert, A., Pollmann, D., Schaefer, S.; Analyse- und Nachweisformate des Biegedrillknickens stählerner Rahmen. Konstruktiver Ingenieurbau 2017

1.12 MB, 2020.09.17.

Nagy Zs., Popp A., Moiș I., Ballok R.: Stressed skin effect on the elastic buckling of pitched roof portal frames. Eighth International Conference on ADVANCES IN STEEL STRUCTURES 2015

2.50 MB, 2020.09.17.

Bernuzzi C., Draskovic N., Simoncelli M.: European and United States approaches for steel storage palletrack design. Part2:Practical applications 2015

3.59 MB, 2020.09.17.

Tóth A. , Joó A.: Comparative study of steel frame modelling levels and Eurocode based design methods, „Model Validation and Simulation” – Graduate Courses for Structural Engineering Applications, Bauhaus Summer School 2015

10.49 MB, 2020.09.17.

Badari, B., Papp, F.: On Design Method of Lateral-torsional Buckling of Beams: State of he Art and a New Proposal for a General Type Design Method. Periodica Polytechnica Civil Engineering 2015

1.43 MB, 2020.09.17.

Giżejowski M., Szczerba R., Gajewski M., Stachura Z.: Analiza nośności stalowej ramy płaskiej o blachownicowych elementach smukłościennych. Czasopismo Inżynierii Lądowej, Środowiska i Architektury (Journal of Civil Engineering, Environment and Architecture), Politechnika Rzeszowska 2015

5.82 MB, 2020.09.17.

Papp F.; Rubert A.; Szalai J.:DIN EN 1993-1-1-konforme integrierte Stabilitätsanalysen für 2D/3D-Stahlkonstruktionen (Teil 1). Stahlbau 2014

1.02 MB, 2020.09.17.

Papp F.; Rubert A.; Szalai J.:DIN EN 1993-1-1-konforme integrierte Stabilitätsanalysen für 2D/3D-Stahlkonstruktionen (Teil 2). Stahlbau 2014

2.47 MB, 2020.09.17.

Z. Nagy and M. Cristutiu: Local and Global Stability Analysis of a Large Free Span Steel Roof Structure Civil-Comp Press, Proceedings of the Eleventh International Conference on Computational Structures Technology 2012

11.11 MB, 2020.09.17.

Szalai J, Papp F. Theory and application of the general method of Eurocode 3 Part 1-1. 6th European Conference on Steel and Composite Structures. Edited by Dunai L at al. 2011

0.42 MB, 2020.09.17.

Szalai J. Use of eigenvalue analysis for different levels of stability design. International Colloquium on the Stability and Ductility of Steel Structures. Edited by Batista E at al. 2010

0.19 MB, 2020.09.17.