Latest Articles for Engineering

Explore how elastic curves evolve while maintaining area and energy efficiency.

A new magnetic trap enables levitation at room temperature, enhancing research possibilities.

MgPdAs shows superconductivity below 5.5 K, highlighting ternary compounds' potential.

Research integrates machine learning and simulations to manage turbulent flows.

A look at how gas particles interact and their implications.

A new method enhances state variable identification in dynamical systems using physical knowledge.

A look at boundary integral methods for heat transfer applications.

A method to reduce message traffic in control systems without losing performance.

Research advances optimal sensor selection for effective monitoring in nonlinear systems.

Latest improvements in FIAT boost efficiency and accuracy in simulations.

Discover how CMC identifies causal relationships in time series data.

New methods improve frequency stability in renewable energy power grids.

Introducing a statistical model for better analysis of bounded data.

Researchers present a faster way to solve complex differential equations using random walks.

Innovative approach enhances control strategies in high-dimensional environments.

A look at how past events shape future occurrences in random processes.

A new method for designing stellarator coils improves efficiency and control.

A new method combines manifold learning with model order reduction for efficiency.

This article explores methods to predict how stressed materials respond to forces.

A look at the Gardner equation's role in wave phenomena across various fields.

Explore how parabolic equations impact physics, engineering, and finance.

A new method enhances the design of phononic materials for sound control.

Discover how hybrid control systems tackle challenges in autonomous technology.

Study reveals compensatory motions impact users of upper limb prosthetics.

New methods for designing hyperuniform materials based on biological cell arrangements.

Improving stability and accuracy in RBF interpolation through innovative parameter selection.

A new method improves fluid flow simulation in porous materials efficiently.

Exploring the behavior and optimization of liquid crystal drops.

Exploring new waveguide designs to reduce energy loss in phononic systems.

This study examines how liquid nano-threads respond to disturbances and thermal movements.

Examining how elements change under 200 to 300 GPa pressure.

A new approach improves accuracy in fluid flow simulations through complex materials.

Embedding indicators in structures can alert to overload situations, enhancing safety.

Research aims to improve models of finger movement for enhanced robotic design.

Integrating uncertainty quantification in DeepONet enhances predictions in complex physical systems.

Analyzing temperature jumps and energy transfer in gases with multiple atoms.

Investigating the iron-magnetite interface reveals insights for material improvements.

Explore advancements in fluid flow simulations using SPH method for cavity flow.

A look at how electromagnetic waves interact with obstacles and their significance.

A lightweight robot design enhances energy efficiency and speed.