Author

Doaa Ahmed

Institution: University Of Fallujah

Observed institution: University Of Fallujah

OpenAlex ID: A5126946992

Optimizing Early Compressive Strength of Ultrafine POFA-Based Green HSC: An Experimental and RSM Approach with Silica Fume and Hybrid Fibers

2026 · Aktham H Alani, Doaa Ahmed, et al. · F1000Research

Optimizing Early Compressive Strength of Ultrafine POFA-Based Green HSC: An Experimental and RSM Approach with Silica Fume and Hybrid Fibers

2026 · Aktham H Alani, Doaa Ahmed, et al. · F1000Research

Peer Review Report For: Optimizing Early Compressive Strength of Ultrafine POFA-Based Green HSC: An Experimental and RSM Approach with Silica Fume and Hybrid Fibers [version 2; peer review: 1 approved, 1 approved with reservations]

2026 · Aktham H Alani, Doaa Ahmed, et al.

Optimizing Early Compressive Strength of Ultrafine POFA-Based Green HSC: An Experimental and RSM Approach with Silica Fume and Hybrid Fibers

2026 · Aktham H Alani, Doaa Ahmed, et al. · F1000Research

Peer Review Report For: Optimizing Early Compressive Strength of Ultrafine POFA-Based Green HSC: An Experimental and Modeling Approach with Silica Fume and Hybrid Fibers [version 1; peer review: 1 approved with reservations]

2026 · Aktham H Alani, Doaa Ahmed, et al.

Optimizing Early Compressive Strength of Ultrafine POFA-Based Green HSC: An Experimental and Modeling Approach with Silica Fume and Hybrid Fibers

2026 · Aktham H Alani, Doaa Ahmed, et al. · F1000Research

Works count: 6

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