sarah kamaludin, prakash thamburaja.  (2023).  efficient neighbour search algorithm for nonlocal-based simulations-application to failure mechanics.  - journal of failure analysis and prevention.  540-547. 

hoyong shin, prakash thamburaja, arun srinivasa, junuthula n reddy.  (2022).  on simulating impact fracture in high-strength concrete using grafea.  - extreme mechanics letters.  1-4. 

ho yong shin,carsonlawrence, kalyan raj kota, prakash thamburaja, arunsrinivasa, thomas e lacy, jr.. and junuthula reddy.  (2022).  experimental, theoretical and numerical studies on plain concrete fracture in the low-strain rate regime-a state-of-the-art review.  - mechanics of advanced materials and structures.  7115-7159. 

surja deka, ashis mallick, pratyush p. behera, and prakash thamburaja.  (2021).  thermal stresses in a functionally graded rotating disk: an approximate closed form solution.  - journal of thermal stresses.  20-50. 

f mozafari, p thamburaja, n moslemi, a srinivasa.  (2021).  finite-element simulation of multi-axial fatigue loading in metals based on a novel experimentally-validated microplastic hysteresis-tracking method.  - finite elements in analysis and design.  1-20. 

r. idris, s. abdullah, p. thamburaja & m. z. omar.  (2021).  predicting fatigue crack growth rate under block spectrum loading based on temperature evolution using the degradation-entropy generation theorem.  - international journal of fracture.  145-158. 

a. r. srinivasa, h. y. shin, p. thamburaja, j. n. reddy.  (2021).  multiple cracking model in a 3d grafea framework.  - continuum mechanics and thermodynamics.  1409-1428. 

p. thamburaja, k. sarah, a. srinivasa, j. n. reddy.  (2021).  fracture modelling of plain concrete using non-local fracture mechanics and a graph-based computational framework.  - proceedings of the royal society a: mathematical, physical and engineering sciences.  1-24. 

sarah kamaludin, prakash thamburaja, arun srinivasa and junuthula n reddy.  (2020).  numerical simulations of damage and fracture in viscoelastic solids using a nonlocal fracture criterion.  - mechanics of advanced materials and structures.  1085-1097. 

f mozafari, p thamburaja, a srinivasa, s abdullah.  (2020).  fatigue life prediction under variable amplitude loading using a microplasticity-based constitutive model.  - international journal of fatigue.  1-11. 

prakash thamburaja and arun srinivasa.  (2020).  special issue honoring dr. junuthula n. reddy of texas a & m university for receiving the 2019 asme timoshenko medal.  - mechanics of advanced materials and structures.  1029-1030. 

roslinda idris, shahrum abdullah, prakash thamburaja and mohd zaidi omar.  (2020).  prediction of fatigue crack growth rate based on entropy generation.  - entropy.  1-22. 

farzin mozafari, prakash thamburaja, arun r srinivasa, navid moslemi.  (2019).  a rate independent inelasticity model with smooth transition for unifying low-cycle to high-cycle fatigue life prediction.  - international journal of mechanical sciences.  325-335. 

prakash thamburaja, kamaludin sarah, arun srinivasa, junuthula n reddy.  (2019).  fracture of viscoelastic materials: fem implementation of a non-local & rate form-based finite-deformation constitutive theory.  - computer methods in applied mechanics and engineering.  871-903. 

r. manouchehry nya, shahrum abdullah, salvinder, s.k. singh, prakash thamburaja.  (2018).  fatigue life prediction for automobile coil spring using modal analysis.  - international journal of engineering & technology.  . 

siti sarah kamaludin, prakash thamburaja, ahmad kamal ariffin.  (2018).  atomistic simulations of twist grain boundary structures in aluminum-magnesium alloys.  - international journal of engineering & technology.  . 

r. idris, s. abdullah, p. thamburaja, m. z. omar.  (2018).  entropy-based approach for fatigue crack growth rate of dual-phase steel.  - international journal of integrated engineering.  . 

t dutta, a chauniyal, i singh, r narasimhan, p thamburaja and u ramamurty.  (2018).  plastic deformation and failure mechanisms in nano-scale notched metallic glass specimens under tensile loading.  - journal of the mechanics and physics of solids.  393-413. 

roslinda idris, shahrum abdullah, prakash thamburaja, mohd zaidi omar.  (2018).  the need to generate entropy characteristics for fatigue life prediction in low-carbon steel.  - journal of the brazilian society of mechanical sciences and engineering.  . 

amir hosein sakhaei, prakash thamburaja.  (2017).  a finite-deformation-based constitutive model for high-temperature shape-memory alloys.  - mechanics of materials.  114-134. 

m jamshidian, p thamburaja and t rabczuk.  (2016).  a multiscale coupled finite-element and phase-field framework to modeling stressed grain growth in polycrystalline thin films.  - journal of computational physics.  779-798. 

m jamshidian, p thamburaja, t rabczuk.  (2016).  modeling the effect of surface energy on stressed grain growth in cubic polycrystalline bodies.  - scripta materialia.  209-213. 

m jamshidian, p thamburaja, t rabczuk.  (2015).  a continuum state variable theory to model the size-dependent surface energy of nanostructures.  - physical chemistry chemical physics.  25494-25498. 

prakash thamburaja, benjamin klusemann, sara adibi,and swantje bargmann.  (2015).  the plastic yield and flow behavior in metallic glasses.  - applied physics letters.  051903. 

k marandi, p thamburaja and vpw shim.  (2014).  constitutive description of bulk metallic glass composites at high homologous temperatures.  - mechanics of materials.  75:151-164. 

p. thamburaja and j. liu.  (2014).  effects of microscopic boundary conditions on the deformation behavior of small-volume metallic glasses.  - international journal of solids and structures.  4580-4595. 

p. thamburaja and m. jamshidian.  (2014).  a multiscale taylor model-based constitutive theory describing grain growth in polycrystalline cubic metals.  - journal of the mechanics and physics of solids.  1-28.