a. n. shankar, vishal jagota, nashrah hani jamadon, r. raffik, v. lakshmi suneetha, issah abubakari samori, lokanayaki karnan. (2022). an ahp-topsis approach for optimizing the mechanical performance of natural fiber-based green composites. - advances in materials science and engineering. 1-9. |
bisma parveez, nur ayuni jamal, abdul maleque, farazila yusof, nashrah hani jamadon, sharifah adzila. (2021). review on advances in porous al composites and the possible way forward. - journal of materials research and technology. 2017-2038. |
al basir, abu bakar sulong, nashrah hani jamadon, norhamidi muhamad. (2021). feedstock properties and debinding mechanism of yttria-stabilized zirconia/ stainless steel 17-4ph micro-components fabricated via two-component micro-powder injection molding process. - ceramics international. 20476-20485. |
al basir, abu bakar sulong, nashrah hani jamadon, norhamidi muhamad, ukwueze bonaventure emeka. (2021). process parameters used in macro/micro powder injection molding: an overview. - metals and materials international. 2023-2045. |
bidattul syirat zainal, mohd azwan ahmad, mahmoud danaee, nashrah hani jamadon, nuruol syuhadaa mohd, shaliza ibrahim. (2020). integrated system technology of pome treatment for biohydrogen and biomethane production in malaysia. - applied science. 1-21. |
al basir, abu bakar sulong, nashrah hani jamadon, norhamidi muhamad. (2020). bi-material micro-part of stainless steel and zirconia by two-component micro-powder injection molding: rheological properties and solvent debinding behavior. - metals. 1-17. |
nur ayuni jamal, maiztulnisa othman, yusilawati ahmad nor, norhuda hidayah nordin, nashrah hani jamadon. (2020). early investigation in porous aluminum development via powder metallurgy technique. - test engineering and management. 1292-1299. |
nur amirah mohd zahri, farazila yusof, yukio miyashita, tadashi ariga, a. s. md.abdul haseeb, nashrah hani jamadon, nazatul liana sukiman. (2019). brazing of porous copper foam/copper with amorphous cu-9.7sn-5.7ni-7.0p (wt%) filler metal: interfacial microstructure and diffusion behavior. - welding in the world. 1-9. |