Latest Articles for Manufacturing

Neural Slicer improves multi-axis 3D printing with curved layers for stronger designs.

New methods to improve job scheduling efficiency across identical machines.

Introducing a framework for solving complex packing challenges in various fields.

Drones enhance factory tasks by achieving better positioning accuracy through sensor data.

This article discusses innovative nylon TCPAs that mimic muscle function.

Discover how AI is transforming non-destructive evaluation methods for safety.

GISR helps robots accurately determine their location using camera images.

New method enhances feature extraction for diagnosing bearing faults in machinery.

Learn how particle sizes influence grain growth in various materials.

Research on soft robotic mannequins improves garment fitting through advanced shape control methods.

Strategies for optimizing systems by minimizing regret in uncertain environments.

Effective scheduling techniques can improve production efficiency and reduce costs.

A modern approach to predictive maintenance for packaging machines in manufacturing.

Learn about flexible job shop scheduling and its impact on efficiency.

Differential walk on spheres offers efficient solutions for complex shape analysis.

Collaborative VR improves inspection processes in additive manufacturing, ensuring quality and deeper insights.

AI is reshaping manufacturing with efficiency, quality control, and predictive maintenance.

A look into chattering in control and its impact on system efficiency.

A new scoring method improves the quality of synthetic anomalies in machine learning.

Dynamic gear-ratios enhance robot performance and adaptability in various tasks.

Dinomaly offers a simplified solution for detecting anomalies across various classes of data.

New methods improve organic electronic devices for better performance and cost.

Smart factories leverage 5G technology for improved efficiency and resource management.

AMGPT provides precise support for researchers in metal additive manufacturing.

New method enhances efficiency in 3D printing of lattice structures.

A new dual-speed actuator improves robot versatility and efficiency for various tasks.

Exploring synthetic meshes and their impact across various industries.

Examining the impact of cobots on task efficiency and worker satisfaction.

A new method improves quality in additive manufacturing by optimizing design and build order.

Tilde system revolutionizes robotic dexterity through intuitive control and effective learning.

This article discusses a simplified method for optimal control using state information.

A method for collaborative machine learning while keeping data private.

Using deep learning to enhance acoustic emission monitoring of bolted joints.

Exploring curves that minimize maximum bending between two points in various applications.

A look into how materials react to temperature and stress.

A study on heat transfer in boundary layers of moving fluids.

Discover how robots are transforming assembly processes in factories.

A new framework improves cooperation between robots and humans across various tasks.

Researchers use quantum computing to improve frequency response calculations for coupled oscillators.

A new method streamlines control design for mechanical systems through easier approximations.