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Examensarbeten

Examensarbete

[1]

Y. Bao, "Experimental Evaluation of Birch Rod Reinforcement for Improving Compression Strength Perpendicular to the Grain : Within the Context of Stress Laminated Timber (SLT) Decks," , 2026.

[2]

I. Coucher och L. Sihlén, "Mechanical characterization of wooden dowels with emphasis on shear strength : An experimental study on birch and beech dowels," , 2026.

[3]

G. Törnqvist och M. Hammarström, "Preservative-treated plywood : Effects on mechanical properties, preservative uptake and dimensional stability," , 2026.

[4]

R. Soulas, "Raw Earth as a building material from an LCA point of view," , 2026.

[5]

X. Zhang, "Size effect on the bonding strength between spruce glulam and birch plywood," , 2026.

[6]

I. Vulcanescu, "The morphology of the branch-stem junction," , 2025.

[7]

E. Horney och A. Olsson, "Glued laminated timber subjected to compression perpendicular to grain : An experimental study using birch plywood and birch rods as reinforcement," , 2024.

[8]

M. Lu, "Hybrid bridge deck of timber and corrugated steel plates," , 2023.

[9]

C. Le Gall, "Life cycle assessment of timber high-rise building structures : Case study of a project examined in the context of French environmental regulation (RE2020)," , 2023.

[10]

C. Jaeger, "Novel steel hinge connection for pedestrian timber bridges : Novel steel hinge connection for pedestrian timber bridges," , 2023.

[11]

P. Adamaitis, "Hollow Core Cross-Laminated Timber : Less material with the same performance," , 2022.

[12]

N. Kedem, "Life cycle analysis and comparison of climate impact for two alternative floor systems for increased weight in high-rise timber buildings," , 2022.

[13]

M. Debertolis och A. Laurinaviciute, "Load-bearing wood connections using birch plywood : An experimental study of birch plywood gusset plates behaviour with mechanical connectors," , 2022.

[14]

J. Ringaby, "Moment-resisting connections for glulam using birch plywood : An experimental study on both mechanical and adhesive connections," , 2022.

[15]

P. Hedlund och P. Persson, "Complex Stress States In Structural Birch Plywood : An experimental study on the behaviour of birch plywood in structural applications," , 2021.

[16]

M. Bulgarini, "Technical Optimization of a Long Span Beam made of Glulam Elements," , 2021.

[17]

X. Wang och S. Ye, "A pre-study of the dynamic behavior of a single diagonal timber arch bridge," , 2020.

[18]

L. Öhgren och M. Åström, "A pre-study of the static behaviour of a single diagonal timber arch bridge," , 2020.

[19]

L. Miralles, "Establishment of an action plan for better recovery of building waste from demolition and rehabilitation operations," , 2020.

[20]

G. Digregorio, "Real - time data and BIM: automated protocol for management and visualisation of data in real time : A case study in the "Teaching House" of the KTH campus," , 2020.

[21]

A. Naumburg och K. Krönlein, "Structural Assessment of the Glulam Arches at Stockholm Central Station," , 2020.

[22]

P. Werner Åström, "Experimental study on innovative connections for large span structural timber trusses," , 2019.

[23]

F. Rask, "Life Cycle Assessment and comparison of the climate impact of structural members and floor systems constructed in concrete, steel and timber," , 2019.

[24]

M. Sjölund och N. Stenis, "Limträhybrider av acetyleradbjörk och obehandlad gran : En experimentell och numerisk analys av vissamekaniska egenskaper och fuktbeteende," , 2019.

[25]

K. HELGADÓTTIR och R. BJÖRNSDÓTTIR, "The Nordic Prediction Method For Railway Traffic Noise : Improvements of the current corrections forrailway bridges, switches and crossings," , 2019.

[26]

T. Wang och Y. Wang, "Timber-steel hybrid structures with shear-key connections," , 2019.

[27]

C. Wincrantz, "Finger-jointing of acetylated Scots pine using a conventional MUF resin," , 2018.

[28]

J. Nordlöf och L. Stenberg, "Vinklade lättbalkar i bjälklag : - En lösning till minskad bjälklagshöjd," , 2018.

[29]

R. Kristjánsdóttir, "Design of Heavy DutyPavements," , 2017.

[30]

A. Tapparo, "Engineered wood glass combination : Innovative glazing façade system," , 2017.

[31]

N. Babic, "Flyttbara byggnader för bostadsändamål : Kompatibla med de nya tidsbegränsade byggloven," , 2017.

[32]

V. L. Zaccaro, "Timber-concrete hybrid innovations : A framework to evaluate economical and technical factors for the construction market," , 2017.

[33]

M. Johansson, "A study of potential climate impacts from maintenance and replacements in timber buildings : From a lifecycle perspective," , 2016.

[34]

A. Nilsson och M. Olsson, "Trästommar på den svenska marknaden : En undersökning av leverantörer och den industriella byggprocessen," , 2016.

[35]

K. Harmachova, "Vibration performance of hybrid steel-CLT floors," , 2016.

[36]

C. Dahlström och E. Giesen, "Mould resistance design for external wood frame wall systems : Simulation and evaluation of wall structures under varying conditions of exposure using the MRD model," , 2015.

[37]

F. Tjernberg, "Wind-induced dynamic response of a 22-storey timber building : Options for structural design of the Hallonbergen project," , 2015.

[38]

M. Eriksson, "Studie av impregnerbarhet hos trä," , 2010.

[39]

M. Källman, "Korrosion hos fästdon i brandsskyddat trä," , 2009.

Fullständig lista i KTH:s publikationsportal