Latest Articles for Engineering 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.

EngineBench offers real data to improve airflow understanding in combustion systems.

Examining how surface texture influences heat management in 3D printed parts.

A new method improves radiation impedance calculations for better ultrasound device design.

New methods improve efficiency and performance in fusion devices.

This article discusses effective methods for improving uncertainty quantification in complex models using neural networks.

Learn about turbulent boundary layers and their impact on vehicle performance.

Explore methods for point containment in Constructive Solid Geometry using various algorithms.

A look into optimizing complex shapes using innovative techniques.

AstroPix sensor enhances gamma-ray detection for better cosmic understanding.

Student-led project creates affordable solar panels for CubeSats, boosting accessibility.

A tool to visualize complex solutions in multi-objective optimization.

Examining how small holes influence the behavior of flexible materials.

New machine learning tool predicts fluid behavior around complex shapes.

A look into the Stokes operator's role in nonsmooth domains.

Exploring fluid mixing concepts using probability for real-world applications.

PETRA IV aims to enhance x-ray beam quality for diverse scientific research.

New methods enhance efficiency in solving particle transport equations.

McGrids enhance iso-surface extraction for complex 3D modeling.

New designs improve image quality and patient comfort in MRI scans.

A new approach improves system performance by addressing uncertainties in design and control.

Discover how liquid dynamics impact automotive design and reliability.

Understanding simulations is key to improving electric machines and transformers.

A novel approach enhances solving complex optimization challenges with discrete and continuous variables.

New methods enhance speed and accuracy in simulating deformable objects.

Examining how different shapes influence air movement over surfaces.

New methods improve spacecraft design using solar electric propulsion systems.

This study reveals how fetch length affects turbulent boundary layer recovery in fluid dynamics.