Earlycite

Research Article June 10 2026
Thermo-mechanical behavior and reliability of glass fiber–reinforced concrete beams at elevated temperatures
Amit Singh Kholiya; Badrinarayan Rath; Patchamatla J. Rama Raju; Abera Tesfaye; Keerat Kumar Gupta
Journal of Structural Fire Engineering (2026) https://doi.org/10.1108/JSFE-12-2025-0065
View articletitled, Thermo-mechanical behavior and reliability of glass fiber–reinforced concrete beams at elevated temperatures
Open the PDF for Thermo-mechanical behavior and reliability of glass fiber–reinforced concrete beams at elevated temperatures in another window
Add to Citation Manager for Thermo-mechanical behavior and reliability of glass fiber–reinforced concrete beams at elevated temperatures
Research Article May 6 2026
Numerical simulation analysis and residual load-bearing capacity of concrete beam bridges exposed to fire
Keming Shen; Xiaoling Liu; Cheng Chen; Bing Wang
Journal of Structural Fire Engineering (2026) https://doi.org/10.1108/JSFE-12-2025-0064
View articletitled, Numerical simulation analysis and residual load-bearing capacity of concrete beam bridges exposed to fire
Open the PDF for Numerical simulation analysis and residual load-bearing capacity of concrete beam bridges exposed to fire in another window
Add to Citation Manager for Numerical simulation analysis and residual load-bearing capacity of concrete beam bridges exposed to fire
Research Article May 4 2026
Post-fire mechanical properties of high-strength steel rebars with 630 MPa nominal yield strength under different cooling regimes
Suhang Yang; Gonglue Gao
Journal of Structural Fire Engineering (2026) https://doi.org/10.1108/JSFE-01-2026-0001
View articletitled, Post-fire mechanical properties of high-strength steel rebars with 630 MPa nominal yield strength under different cooling regimes
Open the PDF for Post-fire mechanical properties of high-strength steel rebars with 630 MPa nominal yield strength under different cooling regimes in another window
Add to Citation Manager for Post-fire mechanical properties of high-strength steel rebars with 630 MPa nominal yield strength under different cooling regimes
Research Article April 28 2026
Numerical investigation on structural performance of a composite steel bridge girder subjected to local fires
Martin Maglica; Jiahao Mao; Feng Jiang; Mikihito Hirohata; Károly Jármai
Journal of Structural Fire Engineering (2026) https://doi.org/10.1108/JSFE-11-2025-0053
View articletitled, Numerical investigation on structural performance of a composite steel bridge girder subjected to local fires
Open the PDF for Numerical investigation on structural performance of a composite steel bridge girder subjected to local fires in another window
Add to Citation Manager for Numerical investigation on structural performance of a composite steel bridge girder subjected to local fires
Research Article April 7 2026
Fire performance of LSF wall panels exposed to fire on both surfaces: a numerical approach
Heshachanaa Rajanayagam; Irindu Upasiri; Keerthan Poologanathan; Mohamed Sifan; Anushan Rajadurai; Paul Sherlock; Thushanthan Kannan; Kaji Kajienthan
Journal of Structural Fire Engineering (2026) https://doi.org/10.1108/JSFE-07-2025-0035
View articletitled, Fire performance of LSF wall panels exposed to fire on both surfaces: a numerical approach
Supplementary data
Open the PDF for Fire performance of LSF wall panels exposed to fire on both surfaces: a numerical approach in another window
Add to Citation Manager for Fire performance of LSF wall panels exposed to fire on both surfaces: a numerical approach
Research Article April 2 2026
Experimental investigation of the compressive stress–strain response of desert sand mortar under elevated temperatures
Suhang Yang; Gonglue Gao
Journal of Structural Fire Engineering (2026) https://doi.org/10.1108/JSFE-12-2025-0062
View articletitled, Experimental investigation of the compressive stress–strain response of desert sand mortar under elevated temperatures
Open the PDF for Experimental investigation of the compressive stress–strain response of desert sand mortar under elevated temperatures in another window
Add to Citation Manager for Experimental investigation of the compressive stress–strain response of desert sand mortar under elevated temperatures
Research Article March 20 2026
Mechanical performance of ultra-high-strength alkali-activated concrete at elevated temperatures
Sartaj Khan; Muhammad Noman; Muhammad Muneeb Nawaz; Nisar Ali Khan
Journal of Structural Fire Engineering (2026) https://doi.org/10.1108/JSFE-11-2025-0056
View articletitled, Mechanical performance of ultra-high-strength alkali-activated concrete at elevated temperatures
Open the PDF for Mechanical performance of ultra-high-strength alkali-activated concrete at elevated temperatures in another window
Add to Citation Manager for Mechanical performance of ultra-high-strength alkali-activated concrete at elevated temperatures
Research Article February 20 2026
Thermal damage and durability of reactive powder concrete: compressive strength loss and freeze–thaw behavior
Suhang Yang; Liu Xiaoxin; Gonglue Gao
Journal of Structural Fire Engineering (2026) https://doi.org/10.1108/JSFE-10-2025-0050
View articletitled, Thermal damage and durability of reactive powder concrete: compressive strength loss and freeze–thaw behavior
Open the PDF for Thermal damage and durability of reactive powder concrete: compressive strength loss and freeze–thaw behavior in another window
Add to Citation Manager for Thermal damage and durability of reactive powder concrete: compressive strength loss and freeze–thaw behavior
Research Article February 11 2026
Thermo-mechanical analysis of pultruded GFRP slabs subjected to elevated temperatures using finite element modeling
Kinda Bdeir; Monicah Wanjiru; Luay El Bitar; Abdul Kader El Hamoui; Elie Hantouche
Journal of Structural Fire Engineering (2026) https://doi.org/10.1108/JSFE-10-2025-0047
View articletitled, Thermo-mechanical analysis of pultruded GFRP slabs subjected to elevated temperatures using finite element modeling
Open the PDF for Thermo-mechanical analysis of pultruded GFRP slabs subjected to elevated temperatures using finite element modeling in another window
Add to Citation Manager for Thermo-mechanical analysis of pultruded GFRP slabs subjected to elevated temperatures using finite element modeling
Research Article January 30 2026
Thermo–mechanical behavior and validation of a temperature-indexed CDP model for reinforced concrete beams, slabs and columns
Wu Feng; Raja Hussin Tengku Anita; Xu Yang
Journal of Structural Fire Engineering (2026) https://doi.org/10.1108/JSFE-08-2025-0038
View articletitled, Thermo–mechanical behavior and validation of a temperature-indexed CDP model for reinforced concrete beams, slabs and columns
Open the PDF for Thermo–mechanical behavior and validation of a temperature-indexed CDP model for reinforced concrete beams, slabs and columns in another window
Add to Citation Manager for Thermo–mechanical behavior and validation of a temperature-indexed CDP model for reinforced concrete beams, slabs and columns
Research Article January 27 2026
High-temperature behavior and mechanical properties of Q420 and Q460 fire-resistant steels
Suhang Yang; Gonglue Gao
Journal of Structural Fire Engineering (2026) https://doi.org/10.1108/JSFE-10-2025-0048
View articletitled, High-temperature behavior and mechanical properties of Q420 and Q460 fire-resistant steels
Open the PDF for High-temperature behavior and mechanical properties of Q420 and Q460 fire-resistant steels in another window
Add to Citation Manager for High-temperature behavior and mechanical properties of Q420 and Q460 fire-resistant steels
Research Article January 22 2026
Thermo-mechanical response of encased steel-tube prestressed concrete beams: influence of load ratio, cover thickness and partial prestressing ratio under fire
Badrinarayan Rath; Misra Hassen
Journal of Structural Fire Engineering (2026) https://doi.org/10.1108/JSFE-09-2025-0043
View articletitled, Thermo-mechanical response of encased steel-tube prestressed concrete beams: influence of load ratio, cover thickness and partial prestressing ratio under fire
Open the PDF for Thermo-mechanical response of encased steel-tube prestressed concrete beams: influence of load ratio, cover thickness and partial prestressing ratio under fire in another window
Add to Citation Manager for Thermo-mechanical response of encased steel-tube prestressed concrete beams: influence of load ratio, cover thickness and partial prestressing ratio under fire