This paper presents Differential Transformation Method (DTM) and Picard‟s Iterative Method (PIM) as computational techniques in solving linear and nonlinear differential equations. For numerical analysis of the methods, three examples are considered. The results obtained are compared with their corresponding exact solutions. A link between successive terms of the solutions using the two methods...

A novel method to map and quantitatively describe very gentle folds (limb dip <5°) at cratonic cave sites was evaluated Snail Shell Nanna caves, central Tennessee, USA. Elevations from the global SRTM digital terrain model (DTM) were assigned points on late Ordovician geologic contacts, elevations of used interpolate 28 m cell size natural neighbor elevation models (DEM’s) contacts. The Fore...

Soil erosion monitoring is a pivotal exercise at macro through micro landscape levels, which directly informs environmental management diverse spatial and temporal scales. The of soil can be an arduous task when completed ground-based surveys there are uncertainties associated with the use large-scale medium resolution image-based digital elevation models for estimating rates. LiDAR derived hav...

Dithiomaleimides (DTMs) with alkyl substituents are shown to be a novel class of highly emissive fluorophores. Variable solubility and further functionalization can easily be tailored through the choice of N and S substituents. Inclusion of a DTM unit into a ROP/RAFT initiator or insertion into the disulfide bond of salmon calcitonin (sCT) demonstrates the utility for fluorescent labeling of po...

In this paper, we present a capable algorithm for solving a class of nonlinear optimal control problems (OCP's). The approach rest mainly on the differential transform method (DTM) which is one of the approximate methods. The DTM is a powerful and efficient technique for finding solutions of nonlinear equations without the need of a linearization process. Utilizing this approach, the optimal co...

this study introduces the differential transform method (dtm) to analyse the free vibration response of a rotating, closed section, composite, timoshenko beam which features material coupling between flapwise bending and torsional vibrations due to ply orientation. the governing differential equations of motion are derived using hamilton’s principle and solved by applying dtm. the natural frequ...

Introduction Work Flow DTM Generation Building Detection Building Reconstruction Conclusion and Future Work References Building Extraction from LIDAR Data Franz Rottensteiner and Christian Briese