Atıf Formatları
Structural self-compacting lightweight concrete: Effects of fly ash and basalt fibers on workability, thermal and mechanical properties under ambient conditions and high temperatures
  • IEEE
  • ACM
  • APA
  • Chicago
  • MLA
  • Harvard
  • BibTeX

Z. F. AKBULUT And S. Güler, "Structural self-compacting lightweight concrete: Effects of fly ash and basalt fibers on workability, thermal and mechanical properties under ambient conditions and high temperatures," Construction and Building Materials , vol.481, 2025

AKBULUT, Z. F. And Güler, S. 2025. Structural self-compacting lightweight concrete: Effects of fly ash and basalt fibers on workability, thermal and mechanical properties under ambient conditions and high temperatures. Construction and Building Materials , vol.481 .

AKBULUT, Z. F., & Güler, S., (2025). Structural self-compacting lightweight concrete: Effects of fly ash and basalt fibers on workability, thermal and mechanical properties under ambient conditions and high temperatures. Construction and Building Materials , vol.481.

AKBULUT, ZEHRA, And Soner Güler. "Structural self-compacting lightweight concrete: Effects of fly ash and basalt fibers on workability, thermal and mechanical properties under ambient conditions and high temperatures," Construction and Building Materials , vol.481, 2025

AKBULUT, ZEHRA F. And Güler, Soner. "Structural self-compacting lightweight concrete: Effects of fly ash and basalt fibers on workability, thermal and mechanical properties under ambient conditions and high temperatures." Construction and Building Materials , vol.481, 2025

AKBULUT, Z. F. And Güler, S. (2025) . "Structural self-compacting lightweight concrete: Effects of fly ash and basalt fibers on workability, thermal and mechanical properties under ambient conditions and high temperatures." Construction and Building Materials , vol.481.

@article{article, author={ZEHRA FUNDA AKBULUT And author={Soner Güler}, title={Structural self-compacting lightweight concrete: Effects of fly ash and basalt fibers on workability, thermal and mechanical properties under ambient conditions and high temperatures}, journal={Construction and Building Materials}, year=2025}