Original research and engineering papers on valve design, pump engineering, fluid dynamics, cavitation, and industrial flow control — reviewed and approved by practising engineers before publication.
A step-by-step guide to sizing liquid service control valves per IEC 60534-2-1. Covers the Cv equation, choked flow conditions, cavitation thresholds, and a worked example selecting a 2-inch globe valve.
Examines the physics of cavitation — from bubble formation at the vena contracta to material erosion. Defines the cavitation index σ, classifies severity stages, and presents a power plant case study with a four-stage trim solution.
Engineering methodology for designing multi-stage pressure letdown trims. Compares maze, drilled-hole cage, and stepped plug architectures. Includes noise prediction per IEC 60534-8-3 and feedwater & LNG application examples.
FlowEngineer Papers is a peer-reviewed technical journal publishing original engineering research and practical methodology from practising valve, pump, and fluid control engineers. We focus on content that helps engineers solve real problems — sizing procedures, failure analysis, design frameworks, and standards interpretation grounded in field experience.
Every paper is reviewed by our editorial team and domain specialists before publication. Authors retain copyright and receive a dofollow backlink; there are no submission or publication fees. See the submission guidelines for the full review process and format requirements.
Papers written by engineers, for engineers — grounded in field data and real applications.
Methodology aligned with API, ASME, IEC, ISO, and MSS standards, with traceable references.
A six-stage review process ensures technical accuracy and quality before publication.
All published papers are freely accessible. No fees for readers or authors.