Latest Articles for Engineering Design

Learn how to effectively update controllers in engineering systems facing disturbances.

Study reveals shock wave behavior around circular cylinders at supersonic speeds.

Improving the design of wave energy converters can enhance power generation from ocean waves.

A look at the significance and design of 2D-ZCAQs in communication systems.

Examining how fluids swirl near surfaces and its engineering implications.

The QSoC design offers a scalable approach to advancing quantum technologies.

Study reveals how soft membranes change shape in airflow, influencing drag and turbulence.

Discover how LBM is transforming combustion modeling for various industries.

Exploring the latest developments in piezoelectric energy harvesting technology.

A closer look at how geometry impacts fluid dynamics in networks.

Introducing the SPAR model for better understanding of rare joint extreme events.

Plasma-coil separation is vital for fusion reactor efficiency and safety.

A new approach for creating flexible and user-refined polycube layouts in 3D modeling.

This article discusses the crucial role of photodetector size in data transmission.

A method to enhance fluid-flow device performance through innovative design strategies.

A novel method enhances diversity in multiobjective optimization solutions.

A study on turbulent duct flows, structures, and their interactions.

Voxelization simplifies the analysis of 3D images across various fields.

Research highlights improved efficiency in aerospace design through multi-fidelity reduced-order models.

Examining how wind affects parabolic trough solar collectors for better design.

This study enhances draft tube design using machine learning for better hydropower efficiency.

A new method enhances accuracy in simulating fluid interactions.

Study investigates how porous environments affect the performance of tiny three-sphere robots.

This study focuses on how helicopters disturb sandy surfaces during landing.

Explore the significance of non-interpenetration in material deformation and engineering.

EBGWO improves solution finding through innovative mechanisms in optimization tasks.

Examining the elements that affect microstrip patch antenna efficiency and design.

New methods improve 3D model efficiency while retaining essential details.

An overview of meshfree simulations and their integration with machine learning for improved results.

A look into advanced simulation techniques for supersonic jets in aerospace engineering.

This study investigates how flexible materials improve movement in fluid dynamics.

A look at how fluids flow through elastic tubes and its importance.

Engineers use the redundancy matrix to ensure safe and strong structures.

Introducing a method to optimize conflicting objectives efficiently.

SOBER improves efficiency in finding optimal parameters for complex models.

A study on effective control methods for advanced space telescopes like LUVOIR.

New methods improve heat management in various technologies.

This study examines how thin layers affect heat transfer in materials.

A novel approach to understanding stability in systems with time delays.

LLM2FEA combines generative AI and evolutionary algorithms for innovative design solutions.