Latest Articles for Engineering

A new method enhances data accuracy for humanoid robots, boosting their performance.

A new method improves analysis of geometric trees in various fields.

A new method enhances differentiation accuracy using Taylor expansions and correction terms.

This article presents a method for solving nonlocal parabolic problems using Isogeometric Analysis.

Continuous Data Assimilation improves prediction accuracy across various fields.

Discover a promising approach to solving challenging equations in physics and engineering.

Engineers enhance design optimization using surrogate models and Thompson Sampling.

A study on managing systems with sudden changes and limited observations.

Examining how elastic materials change shape under applied forces.

New activation functions improve neural networks for solving complex equations.

A new technique enhances stability in electromagnetic field models, addressing conductivity and frequency issues.

A method for detailed signal analysis over time and frequency.

Exploring the role of spectral methods and W-systems in solving complex PDEs.

Study reveals how thickness and substrate affect NbTi superconducting performance.

A study on manipulating temperature using Wentzell boundary conditions and Dirichlet control.

Exploring how symmetry impacts energy efficiency in thermodynamic systems.

Studying how moving cylinders create sound waves in fluids for practical applications.

An overview of space-time multigrid methods and their applications in various fields.

Serpentine structures offer flexibility and stability for innovative applications in technology.

A new method for improving timing in embedded systems using comprehensive design strategies.

A new method for analyzing eigenfunctions in varying shapes using neural networks.

Examining how energy loss influences behavior in dynamic fractional systems.

A new method optimizes how spacecraft track eclipses using advanced neural networks.

TDNetGen improves resilience prediction using generative data methods.

Exploring the behavior and significance of soliton gas in wave phenomena.

Analyzing how slight shape variations affect the Poisson equation's solutions.

A new method improves fluid and solid contact in simulations.

Examining stability issues in polynomial rootfinding techniques.

New models improve count data analysis for better decision-making.

A framework for better control in systems with uncertainties using real data.

Innovative approaches to regulate complex nonlinear systems using data-driven methods.

A look at theories and methods for analyzing shell structures in engineering.

A fresh approach to tackle abrupt changes in partial differential equations.

Strategies to enhance efficiency in networks with changing connections and imperfect data.

A look into bridging nonlinear behaviors with linear representations.

A study on solitary water waves with constant vorticity and their implications.

A look into wave behavior influenced by potentials in mathematical physics.

This article discusses how sound waves affect droplets in liquids.

A new approach improves error estimation in complex numerical analysis with generalized gradients.

Kalib simplifies robot calibration without physical markers, improving accuracy and efficiency.