Penerbitan SCOPUS/ERA

amjad ali k. sharba , mahir m. hason, ammar n. hanoon, diyar n. qader, mugahed amran, ali a. abdulhameed, ahmed w. al zand.  (2022).  push-out test of waste sawdust-based steel-concrete - steel composite sections: experimental and environmental study.  - case studies in construction materials.  1-16. 

salam j. hilo, saba m. sabih, marwah m. faris, ahmed w. al-zand.  (2022).  numerical investigation on the axial load behaviour of polygonal steel tube columns.  - international review of civil engineering.  397-408. 

ahmed w. al zand, mustafa farooq alghaaeb, mohammed chyad liejy, azrul a. mutalib, riyadh al-ameri.  (2022).  stiffening performance of cold-formed c-section beam filled with lightweight-recycled concrete mixture.  - materials.  1-23. 

mahir m. hason, alaa hussein al-zuhair, ammar n. hanoon, ali a. abdulhameed, , ahmed w. al zand, imad s. abbood.  (2022).  peak ground acceleration models predictions utilizing two metaheuristic optimization techniques.  - latin american journal of solids and structures.  1-23. 

marwan s. al shaikhli, wan hamidon wan badaruzzaman, and ahmed w. al zand.  (2022).  experimental and numerical study on the pssdb system as two-way floor units.  - steel and composite structures.  33-48. 

kittipoom rodsin, nazam ali, panuwat joyklad, krisada chaiyasarn, ahmed w. al zand, qudeer hussain.  (2022).  improving stress-strain behavior of waste aggregate concrete using affordable glass fiber reinforced polymer (gfrp) composites.  - sustainability.  1-18. 

ali a. abdulhameed, alaa hussein al-zuhairi, salah r. al zaidee, ammar n. hanoon, ahmed w. al zand, mahir m. hason, haider a. abdulhameed.  (2022).  the behavior of hybrid fiber-reinforced concrete elements: a new stress-strain model using an evolutionary approach.  - applied sciences.  1-26. 

suniti suparp,nazam ali, ahmed w. al zand, krisada chaiyasarn,muhammad usman rashid,ekkachai yooprasertchai,qudeer hussain and panuwat joyklad.  (2022).  axial load enhancement of lightweight aggregate concrete (lac) using environmentally sustainable composites.  - buildings.  1-17. 

noaman mohammed ridha dabbagh, wan hamidon wan badaruzzaman, ahmed w. al zand, sina kazemzadeh azad, brian uy, mohd reza azmi, faesal alatshan.  (2022).  a systematic review on cfst members under impulsive loading.  - thin-walled structures.  1-22. 

mustafa m. ali, s.a. osman, al zand aw, m.y.m. yatim, faesal alatshana, salam j. hilo.  (2021).  concrete-filled twin-layer steel-sheet cws system: a systematic review of the literature.  - latin american journal of solids and structures.  1-43. 

mahir m. hason; ammar n. hanoon; sarah j. saleem; farzad hejazi; ahmed w. al zand.  (2021).  characteristics of experimental ductility energy index of hybrid-cfrp reinforced concrete deep beams.  - sn applied sciences.  1-14. 

ahmed w. al zand, mustafa m. ali ,riyadh al-amer i,wan hamidon w. badaruzzaman, wadhah m. tawfeeq ,emad hossein pour, zaher mundher yaseen.  (2021).  flexural strength of internally stiffened tubular steel beam filled with recycled concrete materials.  - materials.  1-26. 

jamal abdulrazzaq khalaf, abeer a. majeed, mohammed suleman aldlemy, zainab hasan ali, ahmed w. al zand, s. adarsh, aissa bouaissi, mohammed majeed hameed, zaher mundher yaseen.  (2021).  hybridized deep learning model for perfobond rib shear strength connector prediction.  - complexity.  1-21. 

ahmed w. al zand, emad hosseinpour, wan hamidon w. badaruzzaman, mustafa m. ali, zaher mundher yaseen, ammar n. hanoon.  (2021).  performance of the novel c-purlin tubular beams filled with recycled-lightweight concrete strengthened with cfrp sheet.  - journal of building engineering.  1-17. 

mustafa m. ali, s.a. osman, m.y.m. yatim, al zand a.w..  (2020).  hysteretic characteristics of steel plate shear walls: effects of openings.  - structural engineering and mechanics.  687-708. 

ahmad sharafati, masoud haghbin, mohammed suleman aldlemy, mohamed h. mussa, ahmed w. al zand, mumtaz ali, suraj kumar bhagat, nadhir al-ansari, zaher mundher yaseen.  (2020).  development of advanced computer aid model for shear strength of concrete slender beam prediction.  - applied sciences.  1-30. 

ahmed w. al zand, wan hamidon w. badaruzzaman, marwan s. al-shaikhli, mustafa m. ali'.  (2020).  flexural performance of square concrete-filled steel tube beams stiffened with v-shaped grooves.  - journal of constructional steel research.  1-14.