-
Triaxial Fatigue: An Engineering Overview

Triaxial fatigue occurs when cyclic stresses act simultaneously in three orthogonal directions, creating complex multiaxial loading conditions. Unlike uniaxial fatigue, it plays a critical role in the durability of components like crankshafts, pressure vessels, and structural joints—especially in rotating machinery and welded assemblies. This article explores the principles, applications, and assessment methods for triaxial fatigue…
-
Engineering Design Insights from TRIZ: Segmentation, Taking Out, Local Quality, Asymmetry, and Merging

Explore five key TRIZ principles—Segmentation, Taking Out, Local Quality, Asymmetry, and Merging—and see how they drive innovation in engineering product development.
-
Hazard Identification and Analysis for Machinery under ISO 12100 and EN Standards

Hazard identification and analysis in machinery design follow ISO 12100 and key EN standards, using structured methods to detect, classify, and document all potential mechanical, electrical, thermal, ergonomic, and environmental hazards throughout a machine’s life cycle.