Johan Pyykkö
PhD student at Department of Materials Science and Engineering; Applied Mechanics
- E-mail:
- johan.pyykko@angstrom.uu.se
- Visiting address:
- Ångströmlaboratoriet, Lägerhyddsvägen 1
- Postal address:
- Box 534
751 20 UPPSALA
Publications
Recent publications
-
Load-bearing capacity of slender dowel-type fasteners in Timber-Concrete Composite connections
Part of Engineering structures, 2024
- DOI for Load-bearing capacity of slender dowel-type fasteners in Timber-Concrete Composite connections
- Download full text (pdf) of Load-bearing capacity of slender dowel-type fasteners in Timber-Concrete Composite connections
-
Part of Civil Engineering and Environmental Systems, p. 165-184, 2022
- DOI for Vibration performance of timber-concrete composite floor section: verification and validation of analytical and numerical results based on experimental data
- Download full text (pdf) of Vibration performance of timber-concrete composite floor section: verification and validation of analytical and numerical results based on experimental data
-
Part of Civil Engineering and Environmental Systems, p. 100-116, 2020
- DOI for Value-driven design approach for optimal long-span timber-concrete composite floor in multi-storey wooden residential buildings
- Download full text (pdf) of Value-driven design approach for optimal long-span timber-concrete composite floor in multi-storey wooden residential buildings
All publications
Articles in journal
-
Load-bearing capacity of slender dowel-type fasteners in Timber-Concrete Composite connections
Part of Engineering structures, 2024
- DOI for Load-bearing capacity of slender dowel-type fasteners in Timber-Concrete Composite connections
- Download full text (pdf) of Load-bearing capacity of slender dowel-type fasteners in Timber-Concrete Composite connections
-
Part of Civil Engineering and Environmental Systems, p. 165-184, 2022
- DOI for Vibration performance of timber-concrete composite floor section: verification and validation of analytical and numerical results based on experimental data
- Download full text (pdf) of Vibration performance of timber-concrete composite floor section: verification and validation of analytical and numerical results based on experimental data
-
Part of Civil Engineering and Environmental Systems, p. 100-116, 2020
- DOI for Value-driven design approach for optimal long-span timber-concrete composite floor in multi-storey wooden residential buildings
- Download full text (pdf) of Value-driven design approach for optimal long-span timber-concrete composite floor in multi-storey wooden residential buildings