husniyah aliyah lutpi, hasmaliza mohamad & tuti katrina abdullah.  (2024).  effect of zno-mgo on the physico-mechanical properties of lithium aluminosilicate glass-ceramics .  - 32nd regional conference on solid state science and technology 2024.  . 

husniyah aliyah lutpi, nur ainaa syafiqah hasrul-ain.  (2024).  effect of sintering time on the mechanical and bioactive properties of ß-tcp/mgo/tio2 .  - physical and integrated sciences conference 2024 (piscon 2024).  . 

husniyah aliyah lutpi.  (2024).  mgo and tio2 as additives in ß-tcp bioceramic for the enhancement of the physicomechanical and bioactivity properties as bone substitute biomaterial.  - .  . 

husniyah aliyah lutpi, hasmaliza mohamad, tuti katrina abdullah, hamisah ismail.  (2022).  effect of isothermal treatment on the structural, microstructure, and physio-mechanical properties of li2o/al2o3/sio2 glass ceramic.  - journal of the australian ceramic society.  9-20. 

husniyah aliyah lutpi, hasmaliza mohamad, tuti katrina abdullah, hamisah ismail.  (2022).  effect of zno on the structural, physiomechanical properties and thermal shock resistance of li2o.al2o3.sio2 glass ceramics.  - ceramics international.  7677-7686. 

husniyah aliyah lutpi, hasmaliza mohamad, tuti katrina abdullah, hamisah ismail.  (2021).  effect of sintering treatment time on the sintering behaviour and thermal shock resistance of li2o-al2o3-sio2 glass-ceramics.  - journal of asian ceramic societies.  507-518. 

zahari ibarahim, siti aishah shamsudin, mohd idzat idris, noor baayah ibrahim, faizal mohamed, husniyah aliyah lutpi, sarani zakaria.  (2018).  undergraduate research journal for applied physics and novel material.  - jurnal penyelidikan prasiswazah fizik gunaan dan bahan novel.  . 

zahari bin ibarahim.  (2017).  undergraduate research journal for applied physics and novel materials.  - undergraduate research journal for applied physics and novel materials.  1-215. 

husniyah aliyah lutpi, hazleen anuar, mohd ambri mohamed and sapuan m salit.  (2016).  potential of irradiated high density polyethylene/ethylene propylene rubber-carbon nanotube nanocomposite as shoe sole.  - journal of sports engineering and technology.  100-110.