H.M.C.C.Somarathna, S.N.Raman, K.H.Badri, A.A.Mutalib, D.Mohotti, and S.D.Ravana, “Quasi-Static Behavior of Palm-Based Elastomeric Polyurethane: For Strengthening Application of Structures under Impulsive Loadings,” Polymers 2016, pp. 1–1, 2016.

H.M.C.C.Somarathna, S.N.Raman, A.A.Mutalib, and K.H.Badri, “Elastomeric Polymers for Blast and Ballistic Retrofitting of Structures,” Teknologi, pp. 1–13, 2015.

H.M.C.C.Somarathna, S.N.Raman, D.Mohotti, A.A.Mutalib, and K.H.Badri, “The use of polyurethane for structural and infrastructural engineering applications: A state-of-the-art review.,” Construction and Building Materials 190, pp. 995–1014, 2018.

H. M. C. C. Somarathna, S. N. Raman, D. Mohotti, A. A. Mutalib, and K. H. Badri, “Hyperviscoelastic constitutive models for predicting the material behavior of polyurethane under varying strain rates and uniaxial tensile loading,” Construction and Building Materials 236, 2020.

H. M. C. C. Somarathna, S. N. Raman, D. Mohotti, A. A. Mutalib, and K. H. Badri, “Rate dependent tensile behavior of polyurethane under varying strain rates,” Construction and Building Materials 254, 2020.

S.N.Raman, H.M.C.C.Somarathna, A.A.Mutalib, and K.H.Badri, “Elastomeric Polyurethane for Retrofitting Application of Concrete Structures under Dynamic Loadings,” Sep. 2017.

H.M.C.C.Somarathna, S.N.Raman, K.H.Badri, M.Abedini, and A.A.Mutalib, “Tensile Behavior of Polyurethane under Low to Intermediate Strain Rates: For Retrofitting Application of Concrete Structures,” Jun. 2016.

M.Abedini et al., “Residual axial load carrying capacity of reinforced concrete columns subjected to explosion loads,” Jun. 2016.

H.M.C.C.Somarathna, S.N.Raman, K.H.Badri, and A.A.Mutalib, “Analysis of Strain Rate Dependent Tensile Behaviour of Polyurethanes,” Dec. 2015.

H.M.C.C.Somarathna, S.N.Raman, K.H.Badri, and A.A.Mutalib, “Tensile Behaviour of Polyurethane under Varying Strain Rates,” Aug. 2015.

H.M.C.C.Somarathna, S.N.Raman, K.H.Badri, and A.A.Mutalib, “Izod impact and shore D hardness tests of Palm-Based Elastomeric polyurethanes,” Jun. 2015.

H.M.C.C.Somarathna, S.N.Raman, K.H.Badri, and A.A.Mutalib, “Mechanical Characterization of Polyurethane Elastomer: for Retrofitting Concrete Structures against Blast Effects,” Sep. 2015.

H.M.C.C.Somarathna, S.N.Raman, K.H.Badri, and A.A.Mutalib, “Tensile and Flexural Behaviours of Palm-Based Elastomeric Polyurethane for Retrofitting Concrete under Blast Loads,” Nov. 2014.

H.M.C.C.Somarathna, K.A.C.Sampath, K.G.Jayathilaka, A.W.I.H.Ranasinghe, R.U.Halwathura, and A.A.D.A.J.Perera, “Feasibility study on a mud block with straw,” Dec. 2012.

R.U.Halwatura, V.G.N.P.Jayawardena, and H.M.C.C.Somarathna, “Identification of damages to building structures due to roots of trees,” Dec. 2012.

S.N.Raman, H.M.C.C.Somarathna, A.A.Mutalib, K.H.Badri, and M.R.Taha, “Bio-based Polyurethane Elastomer for Strengthening Application of Concrete Structures under Dynamic Loadings.,” Apr. 2018.

H.M.C.C. Somarathna and A. A. Mutalib, “Response of Concrete panels retrofitted with Elastomeric Polyurethane Coating under Blast Load,” Feb. 2019.

S. Sanjith, “Uniaxial Tensile Characteristics of Natural Fiber Composites from Banana Fibre and Thermoplastic Waste,” 2019.

H. M. C. C. S. H.M.S.C.H. Bandara G. Thushanth, “Feasibility of Concrete containing Recycled concrete aggregates,” 2019.