124910 May 2026

This article is highly regarded in engineering for introducing a novel simulation method that uses arc power and water cooling to mimic material behavior in additive manufacturing (3D printing) without the need for high-cost experimental runs. Key Scientific and Legal Contexts

Thin film contact resistance with dissimilar materials - AIP Publishing 124910

While the additive manufacturing paper is the most prominent "article" with this ID, the number appears in several other specific professional contexts: This article is highly regarded in engineering for

According to the Bureau of Labor Statistics , $124,910 was the median annual salary for Information Security Analysts. Legal & Regulatory: The paper by Hosseini et al

Another article in the Journal of Applied Physics (Volume 109, Issue 12) uses ID 124910 to discuss thin film contact resistance. Legal & Regulatory:

The paper by Hosseini et al. (Article 124910) is cited for reducing energy and material waste in 3D printing research.