Since its development 100 years ago, quantum mechanics has revolutionized our understanding of nature, revealing a bizarre ...

At each time step, Laplace equation is solved in Eulerian frame and fully non-linear free-surface conditions are updated in Lagrangian manner through material node approach and fourth order ...

Grain Belt Express, which is touted as the largest electric transmission project in the nation, awarded contracts to Quanta Service and Kiewit Energy Group to help develop the 800-mile ...

Tri-State Generation and Transmission Association has completed work on an electricity transmission line in eastern Colorado, one of several transmission and distribution (T&D) projects the group ...

A transmission line can be analyzed either by the solution of Maxwell's field equations or by the methods of distributed-circuit theory. The solution of Maxwell's equations involves three space ...

Efficient numerical methods which analyse the coupling within an oblique transmission line network (OTLN) excited by electromagnetic wave are still rare in the literature. A novel time domain hybrid ...

Interior Secretary Deb Haaland and Energy Secretary Jennifer Granholm traveled to Wyoming to hail the project and call for faster electric transmission ...

You can thank Oliver Heaviside (actually a short, thin man), for the telegrapher’s equations (or just telegraph equations). These are probably better known as the transmission line equations. They are ...

The wave transmission equations on a power line describe the evolution of the current and voltage as a function of time and space. They are also called telegrapher’s equations [4]. Several solutions ...

A transmission line has a characteristic impedance but waveguides have a wave impedance. Thus circuit theory predicts how signals propagate through non-waveguide transmission lines; but field theory ...