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Volume 3: Fluid-Structure Interaction; High Pressure Technology

Front Matter

PVP2022 Front Matter

PVP 2022; V003T00A001https://doi.org/10.1115/PVP2022-FM3

Abstract

View Articletitled, PVP2022 Front Matter

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Fluid-Structure Interaction

Flow-Induced Vibrations

Fluid-Structure Simulations of Vortex Shedding Induced Vibrations on Two In-Line Cylinders in Water Cross-Flow

Daniele Vivaldi

PVP 2022; V003T04A001https://doi.org/10.1115/PVP2022-81751

Abstract

View Articletitled, Fluid-Structure Simulations of Vortex Shedding Induced Vibrations on Two In-Line Cylinders in Water Cross-Flow

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Topics: Cross-flow , Cylinders , Fluids , Simulation , Vibration , Vortex shedding , Water , Resonance , Engineering simulation , Fluid structure interaction

Assessment of an Euler-Bernoulli Beam Model Coupled to CFD in Order to Perform Fluid-Structure Simulations

Daniele Vivaldi, Guillaume Ricciardi

PVP 2022; V003T04A002https://doi.org/10.1115/PVP2022-81755

Abstract

View Articletitled, Assessment of an Euler-Bernoulli Beam Model Coupled to CFD in Order to Perform Fluid-Structure Simulations

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Topics: Computational fluid dynamics , Engineering simulation , Fluids , Simulation , Cylinders , Fluid structure interaction , Finite element model , Nuclear power stations , Vibration , Water

Flow-Induced Vibration Simulations of a Straight Tube Bundle in Water Cross-Flow, Through URANS Approach

Daniele Vivaldi, Jean Baccou

PVP 2022; V003T04A003https://doi.org/10.1115/PVP2022-81757

Abstract

View Articletitled, Flow-Induced Vibration Simulations of a Straight Tube Bundle in Water Cross-Flow, Through URANS Approach

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Topics: Cross-flow , Engineering simulation , Flow-induced vibrations , Simulation , Water , Fluids , Computer simulation , Vibration , Turbulence , Boilers

Experimental Study on Flow-Induced Vibration Control of Multiple Cylinders in Tandem With Helical Strakes

Bowen Tang, Xiantao Fan, Wei Tan

PVP 2022; V003T04A004https://doi.org/10.1115/PVP2022-84443

Abstract

View Articletitled, Experimental Study on Flow-Induced Vibration Control of Multiple Cylinders in Tandem With Helical Strakes

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Topics: Cylinders , Flow-induced vibrations

An Investigation on Vortex Induced Vibration and Wake Induced Galloping in Tandem Cylinders System

Kai Guo, Yuxuan Cheng, Xiantao Fan, Hongsheng Zhang, Wei Tan

PVP 2022; V003T04A005https://doi.org/10.1115/PVP2022-84537

Abstract

View Articletitled, An Investigation on Vortex Induced Vibration and Wake Induced Galloping in Tandem Cylinders System

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Topics: Cylinders , Flow-induced vibrations , Vortex-induced vibration , Wakes

Multiphase Flow Induced Forces for Horizontal and Vertical Systems

Hajo Pereboom, Stefan Belfroid

PVP 2022; V003T04A006https://doi.org/10.1115/PVP2022-84631

Abstract

View Articletitled, Multiphase Flow Induced Forces for Horizontal and Vertical Systems

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Topics: Multiphase flow , Vibration

Experience Measuring Acoustic Induced and Flow Induced Vibration in a Blowdown Type System

Chris Middleton, Daniel Eilers, Denis Karczub, Rob Swindell, Nick Horder, Hisao Izuchi, J. Adin Mann

PVP 2022; V003T04A007https://doi.org/10.1115/PVP2022-84903

Abstract

View Articletitled, Experience Measuring Acoustic Induced and Flow Induced Vibration in a Blowdown Type System

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Topics: Acoustics , Flow-induced vibrations , Vibration

Control of Vortex Shedding and Acoustic Resonance of a Circular Cylinder in Cross-Flow

Rasha Noufal, Mohammed Alziadeh, Atef Mohany

PVP 2022; V003T04A008https://doi.org/10.1115/PVP2022-84907

Abstract

View Articletitled, Control of Vortex Shedding and Acoustic Resonance of a Circular Cylinder in Cross-Flow

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Topics: Acoustics , Circular cylinders , Cross-flow , Resonance , Vortex shedding

Predicting Pressure Relief Valve Generated Acoustic Induced Pipe Wall Vibration

Rob Swindell, Hisao Izuchi, Denis Karczub, Daniel Eilers, J. Adin Mann

PVP 2022; V003T04A009https://doi.org/10.1115/PVP2022-84916

Abstract

View Articletitled, Predicting Pressure Relief Valve Generated Acoustic Induced Pipe Wall Vibration

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Topics: Acoustics , Pipes , Relief valves , Vibration

Combining Acoustic Induced Vibration and Flow Induced Vibration

Hisao Izuchi, Rob Swindell, Adin Mann

PVP 2022; V003T04A010https://doi.org/10.1115/PVP2022-84921

Abstract

View Articletitled, Combining Acoustic Induced Vibration and Flow Induced Vibration

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Topics: Acoustics , Fatigue life , Flow-induced vibrations , Vibration

Effect of Pitch Ratio and Flat Bar Support Conditions on FEI Threshold for Low MDP Parallel Triangular Array – Single-Phase Water-Flow

Amro Elhelaly, Marwan Hassan, David Weaver, Soha Eid Moussa

PVP 2022; V003T04A011https://doi.org/10.1115/PVP2022-86694

Abstract

View Articletitled, Effect of Pitch Ratio and Flat Bar Support Conditions on FEI Threshold for Low MDP Parallel Triangular Array – Single-Phase Water-Flow

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Topics: Flow (Dynamics) , Water , Brass (Metal) , Clearances (Engineering) , Damping , Flow-induced vibrations , Instrumentation , Nuclear reactor steam generators , Rods , Stability

FSI Design for Industry

Fluid-Structure Interaction Analysis of a Peristaltic Pump by Using Numerical and Experimental Methods

Qingye Li, Chaoyong Zong, Jianhua Zhang, Yanfeng Zhang, Xueguan Song

PVP 2022; V003T04A012https://doi.org/10.1115/PVP2022-84409

Abstract

View Articletitled, Fluid-Structure Interaction Analysis of a Peristaltic Pump by Using Numerical and Experimental Methods

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Topics: Computer simulation , Elasticity , Experimental methods , Fluid structure interaction , Pumps

International Symposium on Emerging Technologies

Forward and Inverse Problems in Transient Responses of Plates Under Impact Loadings

Ming Ji, Kazuaki Inaba

PVP 2022; V003T04A013https://doi.org/10.1115/PVP2022-83685

Abstract

View Articletitled, Forward and Inverse Problems in Transient Responses of Plates Under Impact Loadings

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Topics: Inverse problems , Plates (structures) , Transients (Dynamics) , Wavelets

Structures Under Extreme Loading Conditions

A Fragment Impact Simulation for a Turbomolecular Vacuum Pump Blade Failure Event

Robert Valdiviez

PVP 2022; V003T04A014https://doi.org/10.1115/PVP2022-82066

Abstract

View Articletitled, A Fragment Impact Simulation for a Turbomolecular Vacuum Pump Blade Failure Event

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Topics: Blades , Failure , Simulation , Vacuum pumps

Towards a Probabilistic Analysis of Pressurized Thermal Shock

C. D. Versteylen, N. B. Siccama, H. J. Uitslag-Doolaard, F. Brigante, E. Pallaoro, F. H. E. De Haan - De Wilde

PVP 2022; V003T04A015https://doi.org/10.1115/PVP2022-84287

Abstract

View Articletitled, Towards a Probabilistic Analysis of Pressurized Thermal Shock

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Topics: Thermal shock , Fracture (Materials) , Stress , Reactor vessels , Computational fluid dynamics , Simulation , Brittleness , Fluids , Probability , Finite element methods

Clearing Effect of Blast Loads from PVBs

Jihui Geng, J. Kelly Thomas

PVP 2022; V003T04A016https://doi.org/10.1115/PVP2022-84288

Abstract

View Articletitled, Clearing Effect of Blast Loads from PVBs

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Topics: Blast effect , Waves , Explosions , Databases , Dimensions , Modeling , Pressure vessels , Reflection , Roofs

Assessment of Gaseous Detonations in Piping Systems and Pipelines

Keith Clutter, Derrick Pease, George Antaki

PVP 2022; V003T04A017https://doi.org/10.1115/PVP2022-84291

Abstract

View Articletitled, Assessment of Gaseous Detonations in Piping Systems and Pipelines

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Topics: Explosions , Pipelines , Piping systems , Pressure

Thermal Hydraulic Phenomena With Vessels, Piping, and Components

A Critique of Steam Hammer Load Analysis Methods

Trey W. Walters

PVP 2022; V003T04A018https://doi.org/10.1115/PVP2022-83715

Abstract

View Articletitled, A Critique of Steam Hammer Load Analysis Methods

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Topics: Pipes , Steam hammers , Stress

Improved Method of Estimating Steam Hammer Loads

Trey W. Walters

PVP 2022; V003T04A019https://doi.org/10.1115/PVP2022-83717

Abstract

View Articletitled, Improved Method of Estimating Steam Hammer Loads

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Topics: Compressible flow , Pipes , Steam hammers , Stress , Transients (Dynamics)

The Impact of Perforation on the Fracture Propagation of Horizontal Well Multistage Fracturing in the Roof of Broken Soft Coal Seams

Xuejiao Li, Haifeng Zhao, Changsong Liu, Junbing Zhong, Chaowei Wang, Yalong He

PVP 2022; V003T04A020https://doi.org/10.1115/PVP2022-84407

Abstract

View Articletitled, The Impact of Perforation on the Fracture Propagation of Horizontal Well Multistage Fracturing in the Roof of Broken Soft Coal Seams

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Topics: Coal , Fracture (Process) , Roofs

Numerical Simulation of Complex Fracture Network Propagation in Shallow Bright-Type Coal Seams in Hancheng Block, China

Haifeng Zhao, Xuejiao Li, Xiaohua Wang, Pengyue Li, Likai Zhu, Qingjiu Zhang

PVP 2022; V003T04A021https://doi.org/10.1115/PVP2022-84411

Abstract

View Articletitled, Numerical Simulation of Complex Fracture Network Propagation in Shallow Bright-Type Coal Seams in Hancheng Block, China

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Topics: China , Coal , Computer simulation , Fluids , Fracture (Materials) , Fracture (Process) , Hydraulic fracturing , Methane

Dancing Manhole-Cover Basics

Niels F. van de Meulenhof, Arris S. Tijsseling, Jose G. Vasconcelos

PVP 2022; V003T04A022https://doi.org/10.1115/PVP2022-84546

Abstract

View Articletitled, Dancing Manhole-Cover Basics

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Topics: Hinges , Manholes , Water

Study on Leakage Monitoring Method of Supercritical CO₂ Long-Distance Pipeline

Xiaolu Guo, Zhichao Fan, Shuangqing Xu

PVP 2022; V003T04A023https://doi.org/10.1115/PVP2022-84698

Abstract

View Articletitled, Study on Leakage Monitoring Method of Supercritical CO<sub>2</sub> Long-Distance Pipeline

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Topics: Leakage , Pipelines , Supercritical carbon dioxide

Accurately Predicting Transient Fluid Forces in Piping Systems Part 1: Fundamentals

Scott A. Lang, Trey W. Walters

PVP 2022; V003T04A024https://doi.org/10.1115/PVP2022-84740

Abstract

View Articletitled, Accurately Predicting Transient Fluid Forces in Piping Systems Part 1: Fundamentals

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Topics: Fluids , Piping systems , Stress , Transients (Dynamics) , Pressure , Waves , Acoustics , Gas flow , Knudsen number , Pipes

Accurately Predicting Transient Fluid Forces in Piping Systems Part 2: Applications

Scott A. Lang, Trey W. Walters

PVP 2022; V003T04A025https://doi.org/10.1115/PVP2022-84748

Abstract

View Articletitled, Accurately Predicting Transient Fluid Forces in Piping Systems Part 2: Applications

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Topics: Fluids , Piping systems , Transients (Dynamics) , Stress , Acoustics , Errors , Pipes , Pressure

High Pressure Technology

Design and Analysis of High-Pressure Equipment for Industry

Analysis of Pressure Pulsation in Hypercompressor Pipeline

Maofei Geng, Jun Xiao, Zegang Qian, Shuai Liu, Chengyan Zhang, Le Wang, Xiaoling Yu, Haihong Wang

PVP 2022; V003T05A001https://doi.org/10.1115/PVP2022-83744

Abstract

View Articletitled, Analysis of Pressure Pulsation in Hypercompressor Pipeline

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Topics: Pipelines , Pressure

High Pressure Connections Bolt Tightening – Requirements, Challenges, Problems, and Solution Proposition

Przemyslaw Lutkiewicz, Finn Kirkemo, David Robertson

PVP 2022; V003T05A002https://doi.org/10.1115/PVP2022-84166

Abstract

View Articletitled, High Pressure Connections Bolt Tightening – Requirements, Challenges, Problems, and Solution Proposition

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Topics: American Petroleum Institute , Clamps (Tools) , Clearances (Engineering) , Electromagnetic scattering , Engineering standards , Finite element analysis , Flange connections , Flanges , High pressure (Physics) , Load bearing capacity

Fugitive Emission for Different Seals and Flange Designs – Test Results and Design Prediction

Stuart Wellings, Przemyslaw Lutkiewicz, David Robertson

PVP 2022; V003T05A003https://doi.org/10.1115/PVP2022-84173

Abstract

View Articletitled, Fugitive Emission for Different Seals and Flange Designs – Test Results and Design Prediction

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Topics: Design , Emissions , Finite element analysis , Flanges , Testing

Design and Analysis of High-Pressure Equipment for Oil and Gas Exploration and Production

Stress Evaluation of a Three-Point Supported Heat Exchanger

Senthil Kumar Raman

PVP 2022; V003T05A004https://doi.org/10.1115/PVP2022-84588

Abstract

View Articletitled, Stress Evaluation of a Three-Point Supported Heat Exchanger

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Topics: Finite element analysis , Heat exchangers , Stress

Effect of Trapped Fluid on Expandable Liner Hanger Performance in Geothermal Applications

Shengjun Yin, Allan Zhong, M. D. Abir, Abdolreza Gharesi

PVP 2022; V003T05A005https://doi.org/10.1115/PVP2022-84795

Abstract

View Articletitled, Effect of Trapped Fluid on Expandable Liner Hanger Performance in Geothermal Applications

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Topics: Fluids , Geothermal engineering

Design and Analysis of High-Pressure Hydrogen Equipment

Evaluation of the Hydrogen Barrier Properties of Chromium Oxide Films Deposited on SUS304 Austenitic Stainless Steels

Kazuyoshi Kawami, Atsushi Kinoshita, Hisashi Yamanaka, Yoji Fukuda, Hirotoshi Enoki, Takashi Iijima, Seiji Fukuyama, Ryo Tsukane, Toshiyuki Tanaka, Takeshi Fukutani, Yoshiaki Suzuki, Hiroyasu Tamai, Takashi Ogi, Motonori Tamura

PVP 2022; V003T05A006https://doi.org/10.1115/PVP2022-80128

Abstract

View Articletitled, Evaluation of the Hydrogen Barrier Properties of Chromium Oxide Films Deposited on SUS304 Austenitic Stainless Steels

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Topics: Coating processes , Hydrogen , Hydrogen embrittlement , Stainless steel

Fatigue Design Sensitivities of Stationary Type 2 High-Pressure Hydrogen Vessels

John M. Emery, Peter Grimmer, Robert Wheeler, III, Chris San Marchi, Joseph Ronevich

PVP 2022; V003T05A007https://doi.org/10.1115/PVP2022-83904

Abstract

View Articletitled, Fatigue Design Sensitivities of Stationary Type 2 High-Pressure Hydrogen Vessels

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Topics: Fatigue design , High pressure (Physics) , Hydrogen , Vessels , Pressure , Cycles , Autofrettage , Design , Fatigue life , Fracture (Materials)

Study on Burst Pressure of Type Ⅳ Hydrogen Storage Cylinder Based on Progressive Failure Analysis

Ning Zhu, Kai Ma, Chaohua Gu, Ruiming Zhang, Zhengli Hua, Liqing Wei

PVP 2022; V003T05A008https://doi.org/10.1115/PVP2022-84525

Abstract

View Articletitled, Study on Burst Pressure of Type Ⅳ Hydrogen Storage Cylinder Based on Progressive Failure Analysis

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Topics: Cylinders , Failure analysis , Hydrogen storage , Pressure

Development of C-Ring Geometry to Explore Fatigue Crack Extension and Verification in High-Pressure Vessels

Robert W. Wheeler, Joseph Ronevich, Chris San Marchi, Peter Grimmer, John M. Emery

PVP 2022; V003T05A009https://doi.org/10.1115/PVP2022-84635

Abstract

View Articletitled, Development of C-Ring Geometry to Explore Fatigue Crack Extension and Verification in High-Pressure Vessels

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Topics: Fatigue cracks , Geometry , High-pressure vessels , Nondestructive evaluation , Fracture (Materials) , Pressure , Cycles , Vessels , Design , Electrical discharge machining

Design, Analysis, and Life Prediction of High-Pressure Vessels and Equipment

The Preliminary Design and Dynamic Simulation of a Large Confinement Vessel for Explosive Charge Detonation Events

Robert Valdiviez

PVP 2022; V003T05A010https://doi.org/10.1115/PVP2022-82063

Abstract

View Articletitled, The Preliminary Design and Dynamic Simulation of a Large Confinement Vessel for Explosive Charge Detonation Events

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Topics: Design , Explosions , Explosives , Simulation , Vessels

Study on the Manufacturing and Failure Modes of Type Ⅳ High-Pressure Hydrogen Vessel Liner

Qiubing Kang, Jiyong Kuang, Zhengli Hua, Yifan Li, Weifeng Chen, Wenzhu Peng

PVP 2022; V003T05A011https://doi.org/10.1115/PVP2022-84560

Abstract

View Articletitled, Study on the Manufacturing and Failure Modes of Type Ⅳ High-Pressure Hydrogen Vessel Liner

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Topics: Collapse , Failure , Failure mechanisms , High pressure (Physics) , Hydrogen , Manufacturing , Vessels

Numerical Simulation on Hydrogen Induced Cracking Behavior of 4130X Hydrogen Storage Vessel With Defect

Haotian Wei, Baihui Xing, Tiancheng Cui, Juan Shang, Zhengli Hua, Chaohua Gu

PVP 2022; V003T05A012https://doi.org/10.1115/PVP2022-84572

Abstract

View Articletitled, Numerical Simulation on Hydrogen Induced Cracking Behavior of 4130X Hydrogen Storage Vessel With Defect

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Topics: Computer simulation , Cracking (Materials) , Fracture (Process) , Hydrogen , Hydrogen storage , Vessels , Fracture (Materials) , Cylinders , Diffusion (Physics) , Crack propagation