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Student Thesis

Student Thesis

[1]

J. Pettersson and T. Edström, "An Evaluation of the Dynamic Behavior from Ambient Vibrations in a Timber High-Rise Building : A Comparison Between Experimental In-Situ Tests and Numerical Optimization," , 2024.

[2]

R. AKRAWI and A. MARKLUND, "Dynamic analysis of end-frame railway bridges under high-speed train loading : A parametric study using Python and finite element modeling," , 2024.

[3]

C. KIRTILOGLU, "Dynamic Analysis of Haradal Bridge," , 2024.

[4]

M. Özkanat and M. Rajesh Agrawal, "Dynamic analysis of the Mosebacke Bridge and the design of the composite action with post-installed shear connectors," , 2024.

[5]

S. BJÖRK and S. STRAGLIOTTO, "Exhaustive Analysis of Bearings in Pile Group Design," , 2024.

[6]

M. J. Lecaro and M. Kadi, "Fatigue assessment of steel bridges : Using the 𝜆 coefficient method," , 2024.

[7]

J. Qiao, "Fatigue Behaviours of Steel Piles in Integral Bridges : A parametric study," , 2024.

[8]

H. Duan, "Investigation on the behavior of steel-concrete composite bridges with different configurations of cross-bracing system based on FEM modeling," , 2024.

[9]

E. F. F. Maqsudi and H. Chahrestan, "Lateral Torsional Buckling of I-Section Steel Beams : Effect of lateral bracing in mitigating lateral torsional Buckling, a parametric study through FE-modeling & analysis," , 2024.

[10]

F. DEVEN AHMADZAI, "Lateral torsional instability of steel I-beams : Influence of lateral restraints at midspan – FE analysis," , 2024.

[11]

M. Yazen Masri and Y. Baghdy, "Load carrying capacity assessment of stone masonry arch bridges," , 2024.

[12]

C. Eriksson, "Parametric study on the dynamics of end-shield railway bridges including soil-structure interaction," , 2024.

[13]

J. Römer, "Post-tensioning considerations in curved concrete bridges : Comparison of numerical simulation of friction losses against measurements," , 2024.

[14]

M. Nolinder, "Analysis of combined response of railway bridge and track : A parametric finite element model of the bridge across Bryngeån," , 2023.

[15]

F. El Azrak, "CFD Analyses for Wind Load AssessmentCFD Analyses for Wind Load Assessment : Wind-induced vibrations in the Bomarsunds Bridge hangers," , 2023.

[16]

L. Fiorella Mora Chirito, "Decision framework for maintenance activities in water pipelines: repair or replace? : A literature review and a decision framework proposal," , 2023.

[17]

A. Dib and R. Salgado, "Dynamic Analysis of Portal Frame Bridges for High-Speed Trains : A Parametric Study," , 2023.

[18]

T. Badrous and L. Muradi, "Effective shear stiffness of cross-laminated timber : Comparison between numerical and analytical approaches," , 2023.

[19]

I. Berglind Eggertsdóttir and E. Ósk Gunnarsdóttir, "Feasibility study of a high-rise CLT building in a seismic area with high wind loads : A finite element approach," , 2023.

[20]

M. Olsson and M. Gustavsson, "Finite Element Macro-modeling of a Historical Masonry Building : Influence of Isotropic vs Anisotropic Plastic Material Model Assumption in Static Analysis," , 2023.

[21]

M. Amir Ablahad and N. Rasslan, "Harmonised traffic load model between Eurocode 1 - part 2 (EN 1991-2) and TRV specifications : A pilot study on reinforced concrete portal frame bridges," , 2023.

[22]

M. Asaad, "Improved Bridge Load Capacity via Dynamic Train-Track-Bridge Interaction : Assessing the dynamic amplification factor caused by measured track irregularities for rail freight transport," , 2023.

[23]

F. Stenström, "Influence of local corrosion on the load-bearing behaviour of girder bridges," , 2023.

[24]

N. Norberg, "Interaction for flexural column buckling : Analytical procedures compared with FE-simulations," , 2023.

[25]

Y. Zahid and Y. Zeito, "On analysis of HSQ steel beams combined with a CLT flooring system," , 2023.

[26]

S. De Troia, "PARAMETRIC STUDY FOR WALL-TO-WALL CONNECTION IN MIXED STEEL CONCRETE STRUCTURES," , 2023.

[27]

V. Gard, "Plastic deformation of hot riveted joints acting in shear," , 2023.

[28]

R. ISHAK, "Predictions of Strains from Accelerations using Machine Learning," , 2023.

[29]

K. Passian and T. Toresten, "Safety and durability of CLT-balconies," , 2023.

[30]

A. GARCÍA GARCÍA, "A parametric study of the static and dynamic performance of timber arch footbridges with different hanger configurations," , 2022.

[31]

A. Pourfallah and I. Youssef, "Analysis of abutment for the New Skuru Bridge : Comparison between solutions considering cost and environmental impact," , 2022.

[32]

F. R. J. Jameel and P. F. Joseph, "Assessment of Ground Vibration for Early-Stage Design," , 2022.

[33]

A. Mulek, "Design Automation and Optimization of Retaining Walls : Environmental Impact and Investment Cost Optimization using Genetic Algorithm," , 2022.

[34]

M. J. Frenz, "Development of a model-free damage detection algorithm using AR-models and its application to a riveted steel railway bridge," , 2022.

[35]

B. Hoti and F. Simonides, "Dynamic Analysis of Double Tee Floors Subjected to Human Activity : A comparison between a standard- and a modified cross section," , 2022.

[36]

A. A. San Segundo, "Dynamic Performance of a Tall Building to Earthquake Loading : Finding the optimum mass and stiffness," , 2022.

[37]

E. S. Swaretz, "FE-modelling of glulam connection in a pre-tensioned glulam truss : Detailed Finite element modelling of the connection between primary beam and compression stud in a sub-tensioned glulam roof truss," , 2022.

[38]

E. Husak and E. Persson, "Investigation of methods to analyse global stability of a reinforced concrete stabilising core," , 2022.

[39]

L. Nuszkowski and M. Tran, "Laminated veneer lumber floor : An evaluation of performance," , 2022.

[40]

Z. Benosmane, "Numerical method to investigate and assess the capacity of a damaged concrete structure : Using image analysis and advanced concrete modeling," , 2022.

[41]

A. Koba, "Optimization of structures byincluding modeling of pilefoundations : A parametric study on using stiff supports orpiles in a model," , 2022.

[42]

H. Al-Zubaidi, "Reliability-Based Sensitivity Analysis of the Dynamic Response of Railway Bridges," , 2022.

[43]

A. Ciku and V. Gavriliuc, "Spectral density approach for dynamic analysis of high-speed railway bridges," , 2022.

[44]

H. Xia, "Design Automation of Concrete Slab Bridges and its Application on Set-based Structural Design," , 2021.

[45]

S. Ahmadiyan and D. Mehari, "Estimation of the characteristic in-situ compressive strength class of concrete structures - A case study of the Skuru bridge," , 2021.

[46]

G. Costa, "HSI effects on pedestrian bridges," , 2021.

[47]

A. Wisam Kafaji, "Instability of tie rod trusses of glulam," , 2021.

[48]

G. A. Del Pozo Alarcon, "Optimization and automatization of end-bearing pile groups," , 2021.

[49]

C. Schmied and V. Karlsson, "Optimization of reinforced concrete cantilever retaining walls considering environmental impact and investment cost," , 2021.

[50]

R. Elm Dahlman and E. Lundberg, "Parametric Studies of Train-Track-Bridge Interaction : An evaluation of the dynamic amplification due to track irregularities for freight transport," , 2021.

Full list in the KTH publications portal