dr. a.b.m. amrul kaish

pensyarah universiti

pusat penyelidikan bandar pintar & lestari (sutra)

 amrul.kaish@ukm.edu.my

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Dr Kaish specializes in Advanced Cementitious Composites, Utilization of waste materials in concrete, Strengthening of RC Structures, and Finite Element Modeling.

  • husen alhawat, r. hamid, s. baharom, m.r. azmi, a.b.m.a. kaish.  (2021).  thermal behaviour of unloaded concrete tunnel lining through an innovative large-scale tunnel fire experimental testing setup.  - construction and building materials.  1-16. 

     

    shamir sakir, sudharshan n. raman, md. safiuddin, a. b. m. amrul kaish, azrul a. mutalib.  (2020).  utilization of by-products and wastes as supplementary cementitious materials in structural mortar for sustainable construction.  - sustainability.  1-35. 

     

    noor azim mohd radzi, roszilah hamid, azrul a. mutalib and a. b. m. amrul kaish.  (2020).  a review of precast concrete beam-to-column connections subjected to severe fire conditions.  - advances in civil engineering.  1-23. 

     

    a. b. m. a. kaish, fatin najwa, mohd nizam sakimon.  (2020).  trends in utilization of high-volume fly ash in engineered cementitious composite.  - proceeding of kuala lumpur international conference on social sciences, education & engineering (klisee2020).  299-305. 

     

    husen alhawat, r. hamid, s. baharom, m.r. azmi, a.b.m.a. kaish.  (2021).  thermal behaviour of unloaded concrete tunnel lining through an innovative large-scale tunnel fire experimental testing setup.  - construction and building materials.  1-16. 

     

    shamir sakir, sudharshan n. raman, md. safiuddin, a. b. m. amrul kaish, azrul a. mutalib.  (2020).  utilization of by-products and wastes as supplementary cementitious materials in structural mortar for sustainable construction.  - sustainability.  1-35. 

     

    noor azim mohd radzi, roszilah hamid, azrul a. mutalib and a. b. m. amrul kaish.  (2020).  a review of precast concrete beam-to-column connections subjected to severe fire conditions.  - advances in civil engineering.  1-23. 

     
    dr. a.b.m. amrul kaish

    pensyarah universiti

    jabatan kejuruteraan awam

     amrul.kaish@ukm.edu.my

    No. rasmi:
    UKM : 03 8921 5555



       Biografi/ Biography :

  • PENSYARAH UNIVERSITI

  • husen alhawat, r. hamid, s. baharom, m.r. azmi, a.b.m.a. kaish.  (2021).  thermal behaviour of unloaded concrete tunnel lining through an innovative large-scale tunnel fire experimental testing setup.  - construction and building materials.  1-16. 

     

    shamir sakir, sudharshan n. raman, md. safiuddin, a. b. m. amrul kaish, azrul a. mutalib.  (2020).  utilization of by-products and wastes as supplementary cementitious materials in structural mortar for sustainable construction.  - sustainability.  1-35. 

     

    noor azim mohd radzi, roszilah hamid, azrul a. mutalib and a. b. m. amrul kaish.  (2020).  a review of precast concrete beam-to-column connections subjected to severe fire conditions.  - advances in civil engineering.  1-23. 

     

    a. b. m. a. kaish, fatin najwa, mohd nizam sakimon.  (2020).  trends in utilization of high-volume fly ash in engineered cementitious composite.  - proceeding of kuala lumpur international conference on social sciences, education & engineering (klisee2020).  299-305. 

     

    husen alhawat, r. hamid, s. baharom, m.r. azmi, a.b.m.a. kaish.  (2021).  thermal behaviour of unloaded concrete tunnel lining through an innovative large-scale tunnel fire experimental testing setup.  - construction and building materials.  1-16. 

     

    shamir sakir, sudharshan n. raman, md. safiuddin, a. b. m. amrul kaish, azrul a. mutalib.  (2020).  utilization of by-products and wastes as supplementary cementitious materials in structural mortar for sustainable construction.  - sustainability.  1-35. 

     

    noor azim mohd radzi, roszilah hamid, azrul a. mutalib and a. b. m. amrul kaish.  (2020).  a review of precast concrete beam-to-column connections subjected to severe fire conditions.  - advances in civil engineering.  1-23.