Theory and Applications of Engineering Research Vol. 1

This book covers key areas of engineering research. The contributions by the authors include transmission system, electrical energy, non-linear load, power quality, Newton-Raphson, voltage stability index, homomorphic algorithms, data integrity in cloud storage, trusted verifier, cloud computing, cloud-powered solutions, businesses flexibility, efficiency, scalability, software complexities, functionally graded porous beam, n^th order shear deformation theory, Lagrange’s equations, Hamilton principle, free vibration, natural frequency, RISC and floating point unit, microcontrollers, arithmetic and logical operations, functional graded materials, finite element approach, numerical simulations, Poisson’s ratio, Young’s modulus, shear modulus, numerical simulations, heaving soils, soil stabilisation, electrokinetic treatment, solid wastes, thermal treatment, shear deformation, buckling of columns, axial load direction, Haringx formulation, FACT devices, power quality, static switched filter, total harmonic distortion, wind energy systems, renewable energy, hydroelectric power plant, sclerometric tests, pedagogic effectiveness, didactic methods, housing design; architecture. This book contains various materials suitable for students, researchers and academicians in the field of engineering research.