00:16

Vortex Shedding - Single Tube Example

01:41

BOSpulse 5.2 New Scenario Manager

02:30

BOSpulse 5.2 Import Ariel Compressor Data

01:46

BOSpulse 5.2 Modal Acoustic Analysis

03:16

BOSpulse 5.2 New Database Categories and Pipe Schedule Improvements

01:47

BOSpulse 5.2 Improved performance and accuracy

01:41

BOSfluids 7.2 Fire Water Module

02:02

BOSfluids improved accuracy for compressible fluids

01:46

BOSfluids 7.2 New Scenario Manager

02:00

API 618 6th Edition - Key Highlights

02:33

BOSfluids 7.2 Improved PCF Importer

01:07

BOSfluids 7.2 Improved Performance

02:06

BOSfluids 7.2 Customize Your User Interface for Enhanced Flow Analysis

06:31

BOSfluids 7.2: Enhanced Database Categories and Customization

19:32

BOSfluids 7.2 Software User Day

23:35

BOSpulse 5.2 - Software User Day

10:02

Understanding Fiberglass Pipe Strength and Stress Envelope

17:40

Understanding Pipe Stress Analysis with CESAR II: Stress Envelope Simplified

16:50

Understanding Free-End and Restraint-End Stresses in ISO 14692

09:01

Dynamic Stress Analysis of Slug Loads in Piping Systems | Modal & Time History Analysis in Caesar II

01:52

Understanding Quasi-Static vs. Dynamic Analysis for Slug Loads in Piping Systems

05:29

Gas Slug Flow Stress Analysis in Pipeline Systems: Dynamic Loads and Supporting

02:31

Static Stress Analysis of Slug Loads in Caesar II

01:51

Understanding Slug Forces in Piping Systems: Conservation of Momentum Explained

02:45

Slug Flow in Two-Phase Systems | Key Factors & Impacts

01:19

BOSfluids 7.2 Software Release Highlights

01:51

BOSpulse 5.2 Release Updates

02:29

Understanding AIV In Industrial Piping Systems

02:37

AIV, FIV, and PFIE: Causes, Risks, and Mitigation Strategies in Piping Systems

09:44

Effective Mitigation Strategies for Pipework Vibrations

05:46

Assess Vibrations According to Energy Institute Guidelines

01:29

Understanding Periodic Flow Induced Excitations (PFIE)

01:15

Understanding Fluid-Induced Vibrations in Pipelines

02:26

Understanding Vibrations: From Basics to Fatigue Analysis

01:29

Navigating Dynamic Challenges in Modern Plant Design

13:46

Solving Pipe Fatigue: Case Studies in Industrial Piping Systems

14:36

Tackling Slug Flow Vibrations in Pipeline Design and Operations: Engineering Approaches

11:26

Two-Phase Flow Induced Vibrations in Piping Systems: Causes, Effects, and Analysis

06:36

Typical Vibration Sources

16:47

Evaluation of Dynamic Unbalanced Forces associated with Fluid Transients

07:04

Understanding Dynamic Problems in Piping Systems | Vibration Analysis and Mitigation

39:32

Importing and Verifying Large Models in BOSfluids Using PCF Files

12:01

Importing Piping Models into BOSfluids - PCF Files

00:10

Densification of arbitrary shapes using periodic boundaries

00:10

Filling container with circular stirring device

00:03

Packing of particles with periodic boundaries

01:14:46

Load Allowables for Piping Systems - Dynaflow Lectures

00:14

Water Hammer Using BOSfluids

00:12

Reflecting pressure wave using BOSfluids

00:36

bubble

01:03

Search and Select Nodes/Elements

01:16

Inserting and Removing Nodes

04:01

ISOtracer - The fastest pipe modeling software solution

01:09:01

New Stress Intensity Factors (SIFs) and other changes in the Pipe Stress Industry

57:11

When do I Need More Reliable SIFs for my Fittings?

39:04

BOSpulse 3.1. Release - Pulsation Analysis Software

01:02:15

Analysis of Surge Problems with CAESARII and BOSfluids

43:36

BOSfluids - Analyze water hammer, surge and general flow conditions in piping systems

26:43

How to use ISOtracer to reduce modeling time

23:27

How to use ISOtracer to reduce modeling time