A method for performing inspection of a manufactured article defined by a detailed three-dimensional model, the detailed three-dimensional model being a three-dimensional mesh, the method comprising: acquiring a sequence of radiographic images of the article using a radiographic image acquisition device including at least one sensor array, the acquisition of the sequence of radiographic images being performed as relative movement occurs between the article and the radiographic image acquisition device; performing registration of the article in 3D space relative to the radiographic image acquisition device for each one of the acquired radiographic images; and performing a three-dimensional model correction loop comprising, iteratively: generating a simulated radiographic image for each radiographic image acquired and corresponding to a registration of the article in a 3D space, generation of the simulated radiographic images being performed by ray casting through the detailed three-dimensional model to define the optical path of each pixel of the at least one sensor array; comparing the simulated radiographic images and the acquired radiographic images and generating a match result indicative of whether the simulated radiographic images and the acquired radiographic images are a match or a mismatch; if the match result is indicative of a mismatch, performing imagery analysis of the simulated radiographic images and the acquired radiographic images to identify and characterize differences between the simulated radiographic images and the acquired radiographic images; and correcting one of a geometry and a material density of a region of interest of the detailed three-dimensional model of the article based on each one of the identified and characterized differences; and performing a new iteration of the three-dimensional model correction loop until a final detailed three-dimensional model is obtained; and performing at least one of a metrology assessment and a subsurface defect detection performed using the detailed three-dimensional model, the metrology assessment generating metrology assessment data and the subsurface defect detection generating subsurface defect detection data. acquiring a sequence of radiographic images of the article using a radiographic image acquisition device including at least one sensor array, the acquisition of the sequence of radiographic images being performed as relative movement occurs between the article and the radiographic image acquisition device; performing registration of the article in 3D space relative to the radiographic image acquisition device for each one of the acquired radiographic images; and performing a three-dimensional model correction loop comprising, iteratively: generating a simulated radiographic image for each radiographic image acquired and corresponding to a registration of the article in a 3D space, generation of the simulated radiographic images being performed by ray casting through the detailed three-dimensional model to define the optical path of each pixel of the at least one sensor array; comparing the simulated radiographic images and the acquired radiographic images and generating a match result indicative of whether the simulated radiographic images and the acquired radiographic images are a match or a mismatch; if the match result is indicative of a mismatch, performing imagery analysis of the simulated radiographic images and the acquired radiographic images to identify and characterize differences between the simulated radiographic images and the acquired radiographic images; and correcting one of a geometry and a material density of a region of interest of the detailed three-dimensional model of the article based on each one of the identified and characterized differences; and generating a simulated radiographic image for each radiographic image acquired and corresponding to a registration of the article in a 3D space, generation of the simulated radiographic images being performed by ray casting through the detailed three-dimensional model to define the optical path of each pixel of the at least one sensor array; comparing the simulated radiographic images and the acquired radiographic images and generating a match result indicative of whether the simulated radiographic images and the acquired radiographic images are a match or a mismatch; if the match result is indicative of a mismatch, performing imagery analysis of the simulated radiographic images and the acquired radiographic images to identify and characterize differences between the simulated radiographic images and the acquired radiographic images; and correcting one of a geometry and a material density of a region of interest of the detailed three-dimensional model of the article based on each one of the identified and characterized differences; and performing a new iteration of the three-dimensional model correction loop until a final detailed three-dimensional model is obtained; and performing at least one of a metrology assessment and a subsurface defect detection performed using the detailed three-dimensional model, the metrology assessment generating metrology assessment data and the subsurface defect detection generating subsurface defect detection data.