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Proceedings Papers

A Viscoplastic Model for Alloy 617 for Use With the ASME Section III, Division 5 Design by Inelastic Analysis Rules

M. C. Messner, T.-L. Sham

Proc. ASME. PVP2021, Volume 1: Codes and Standards, V001T01A034, July 13–15, 2021

Paper No: PVP2021-61607

DOI: https://doi.org/10.1115/PVP2021-61607

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Topics: Alloys, Design, Inelastic analysis, Creep, Deformation, Fatigue, ASME Boiler and Pressure Vessel Code, Computer software, Databases, Elastic analysis

Proceedings Papers

A Comparative Study of Radial Nozzle Criteria; Section VIII, Division 2, Part 4.5.5 to Part 5.2.2

Craig Boyak

Proc. ASME. PVP2021, Volume 2: Computer Technology and Bolted Joints; Design and Analysis, V002T03A027, July 13–15, 2021

Paper No: PVP2021-66583

DOI: https://doi.org/10.1115/PVP2021-66583

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Topics: Elastic analysis, Nozzles

Proceedings Papers

Efficient Fatigue and Ratcheting Computation in Case of Multi-Parameter Loading

Bastian Vollrath, Hartwig Hübel

Proc. ASME. PVP2020, Volume 1: Codes and Standards, V001T01A027, August 3, 2020

Paper No: PVP2020-21089

DOI: https://doi.org/10.1115/PVP2020-21089

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Topics: Computation, Fatigue, Stress, ASME Standards, Cycles, Cylinders, Design, Elastic analysis, Pressure, Shear (Mechanics)

Proceedings Papers

Proposal of Use of Mises Criteria for Elastic Analysis in Appendix 9 of ASME Section VIII Division 3

Susumu Terada

Proc. ASME. PVP2020, Volume 5: High Pressure Technology, V005T05A007, August 3, 2020

Paper No: PVP2020-21119

DOI: https://doi.org/10.1115/PVP2020-21119

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Topics: Elastic analysis, Stress, Design, Flow (Dynamics), Collapse, Algorithms, Pipes, Plasticity, Pressure, Shear stress

Proceedings Papers

A High Temperature Primary Load Design Method Based on Elastic Perfectly-Plastic and Simplified Inelastic Analysis

M. C. Messner, R. I. Jetter, T.-L. Sham

Proc. ASME. PVP2020, Volume 1: Codes and Standards, V001T01A068, August 3, 2020

Paper No: PVP2020-21470

DOI: https://doi.org/10.1115/PVP2020-21470

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Topics: Design methodology, High temperature, Inelastic analysis, Stress, Creep, Design, Damage, Finite element analysis, ASME Boiler and Pressure Vessel Code, Computer software

Proceedings Papers

Assessment of Compact Heat Exchanger Design According to the Simplified ASME Analysis Methodologies

Avinash Shaw, Ian W. Jentz, Heramb P. Mahajan, Tasnim Hassan

Proc. ASME. PVP2020, Volume 3: Design and Analysis, V003T03A033, August 3, 2020

Paper No: PVP2020-21547

DOI: https://doi.org/10.1115/PVP2020-21547

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Topics: Design, Elastic analysis, Heat exchangers, Inelastic analysis, Thermomechanics, Stress, Cycles, Failure, Failure mechanisms, High temperature

Proceedings Papers

Evaluated Results of Seismic Design Approach Using Inelastic Dynamic Analysis for Equipment

Ichiro Tamura, Atsushi Okubo, Yusuke Minakawa, Tadashi Iijima, Yoshio Namita, Nobuyoshi Goshima, Masanori Amino, Yukihiko Okuda, Shunji Okuma

Proc. ASME. PVP2019, Volume 8: Seismic Engineering, V008T08A035, July 14–19, 2019

Paper No: PVP2019-93532

DOI: https://doi.org/10.1115/PVP2019-93532

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Topics: Cantilevers, Dynamic analysis, Earthquake resistant design, Safety, Evaluation methods, Stress, Deformation, Design, Elastic analysis, Inelastic analysis

Proceedings Papers

On Modeling and Assessment of Bulk Liquid Storage Tanks With Foundation Settlements

Mingxin Zhao

Proc. ASME. PVP2019, Volume 3: Design and Analysis, V003T03A076, July 14–19, 2019

Paper No: PVP2019-93224

DOI: https://doi.org/10.1115/PVP2019-93224

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Topics: Modeling, Storage tanks, Finite element analysis, Elastic analysis, Finite element model, Inspection, Stress analysis (Engineering), Three-dimensional modeling

Proceedings Papers

Direct Analysis of Post-Shakedown Quantities With the STPZ Considering Multi-Parameter Loading

Bastian Vollrath, Hartwig Hübel

Proc. ASME. PVP2019, Volume 3: Design and Analysis, V003T03A078, July 14–19, 2019

Paper No: PVP2019-93268

DOI: https://doi.org/10.1115/PVP2019-93268

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Topics: Cycles, Design, Elastic analysis, Flow (Dynamics), Hardening, Hardware, Kinematics, Poisson ratio, Stress, Stress analysis (Engineering)

Proceedings Papers

Comparison and Assessment of the Creep-Fatigue and Ratcheting Design Methods for a Reference Gen3 Molten Salt Concentrated Solar Power Receiver

B. Barua, M. C. Messner, M. D. McMurtrey

Proc. ASME. PVP2019, Volume 3: Design and Analysis, V003T03A100, July 14–19, 2019

Paper No: PVP2019-93572

DOI: https://doi.org/10.1115/PVP2019-93572

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Topics: Concentrating solar power, Creep, Design methodology, Fatigue, Design, Temperature, Thermodynamic power cycles, ASME Boiler and Pressure Vessel Code, Brayton cycle, Constitutive equations

Proceedings Papers

Simplified Analysis of Strains Accumulated in the State of Elastic Shakedown Considering Multi-Parameter Loadings

Hartwig Hübel, Bastian Vollrath

Proc. ASME. PVP2018, Volume 3B: Design and Analysis, V03BT03A033, July 15–20, 2018

Paper No: PVP2018-84070

DOI: https://doi.org/10.1115/PVP2018-84070

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Topics: Cycles, Design, Elastic analysis, Pipe bends, Pipes, Stress, Stress analysis (Engineering)

Proceedings Papers

Appropriate Damping on Seismic Design Analysis for Inelastic Response Assessment of Piping

Tomoyoshi Watakabe, Masaki Morishita

Proc. ASME. PVP2018, Volume 8: Seismic Engineering, V008T08A007, July 15–20, 2018

Paper No: PVP2018-84470

DOI: https://doi.org/10.1115/PVP2018-84470

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Topics: Damping, Earthquake resistant design, Pipes, Design, Plasticity, Inelastic analysis, Elastic analysis, Emission spectroscopy, Engineering standards, Finite element analysis

Proceedings Papers

Development of Seismic Design Approach Using Inelastic Dynamic Analysis for Equipment and Piping Systems

Ichiro Tamura, Atsushi Okubo, Yusuke Minakawa, Tadashi Iijima, Nobuyoshi Goshima, Masanori Amino, Yukihiko Okuda, Shunji Okuma

Proc. ASME. PVP2018, Volume 8: Seismic Engineering, V008T08A024, July 15–20, 2018

Paper No: PVP2018-84126

DOI: https://doi.org/10.1115/PVP2018-84126

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Topics: Dynamic analysis, Earthquake resistant design, Piping systems, Cantilever beams, Design, Deformation, Design methodology, Ductility, Elastic analysis, Nuclear power stations

Proceedings Papers

Comparison of New Proposal for Simplified Elastic-Plastic Analysis and Code Case N-779

Wolf Reinhardt, Sampath Ranganath

Proc. ASME. PVP2018, Volume 2: Computer Technology and Bolted Joints, V002T02A008, July 15–20, 2018

Paper No: PVP2018-85146

DOI: https://doi.org/10.1115/PVP2018-85146

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Topics: Design, Elastic analysis, Elastic moduli, Evaluation methods, Fatigue, Fatigue analysis, Stress

Proceedings Papers

Subsea Tree Connector Capacity Chart per the Elastic-Plastic Analysis Methodology

Ali Sepehri, Stuart Harbert, Joe Wilhelmi

Proc. ASME. PVP2018, Volume 5: High-Pressure Technology; ASME Nondestructive Evaluation, Diagnosis and Prognosis Division (NDPD); Rudy Scavuzzo Student Paper Symposium and 26th Annual Student Paper Competition, V005T05A009, July 15–20, 2018

Paper No: PVP2018-84849

DOI: https://doi.org/10.1115/PVP2018-84849

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Topics: Ocean engineering, ASME Boiler and Pressure Vessel Code, Design, Finite element analysis, American Petroleum Institute, Collapse, Drilling, Elastic analysis, High pressure (Physics), High temperature

Proceedings Papers

Establishing Temperature Upper Limits for the ASME Section III, Division 5 Design by Elastic Analysis Methods

M. C. Messner, R. I. Jetter, T.-L. Sham

Proc. ASME. PVP2018, Volume 1B: Codes and Standards, V01BT01A016, July 15–20, 2018

Paper No: PVP2018-84105

DOI: https://doi.org/10.1115/PVP2018-84105

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Topics: Design, Elastic analysis, Temperature, Plasticity, Creep, Operating temperature, ASME Boiler and Pressure Vessel Code, High temperature, Inelastic analysis, Phase transition temperature

Proceedings Papers

Difference of Strength Evaluation Approach Between for DBE and for BDBE

Naoto Kasahara, Takuya Sato

Proc. ASME. PVP2017, Volume 3B: Design and Analysis, V03BT03A005, July 16–20, 2017

Paper No: PVP2017-65478

DOI: https://doi.org/10.1115/PVP2017-65478

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Topics: Accident management, Accidents, Countermeasures, Design, Elastic analysis, Failure, Failure mechanisms, Fukushima nuclear disaster, Japan, 2011, Inelastic analysis, Probabilistic risk assessment

Proceedings Papers

Acceptance Criterion of Ductile Failure and Plastic Collapse for Safe-Shutdown Earthquakes Using Nonlinear Dynamic Analysis

Ichiro Tamura, Shinichi Matsuura, Ryuya Shimazu, Koji Kimura

Proc. ASME. PVP2017, Volume 8: Seismic Engineering, V008T08A007, July 16–20, 2017

Paper No: PVP2017-66056

DOI: https://doi.org/10.1115/PVP2017-66056

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Topics: Collapse, Dynamic analysis, Earthquakes, Failure, Ductility, Stress, ASME Boiler and Pressure Vessel Code, Elastic analysis

Proceedings Papers

Verification of the EPP Code Case for Strain Limits Evaluations by Inelastic Analysis Method

Mark C. Messner, T.-L. Sham, Robert I. Jetter

Proc. ASME. PVP2017, Volume 1B: Codes and Standards, V01BT01A015, July 16–20, 2017

Paper No: PVP2017-65418

DOI: https://doi.org/10.1115/PVP2017-65418

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Topics: Inelastic analysis, Finite element analysis, Temperature, Constitutive equations, Creep, Deformation, Elastic analysis, Plasticity, Stainless steel, Stress

Proceedings Papers

Alternative Approaches for ASME Code Simplified Elastic-Plastic Analysis

Sampath Ranganath, Nathan A. Palm

Proc. ASME. PVP2017, Volume 1A: Codes and Standards, V01AT01A038, July 16–20, 2017

Paper No: PVP2017-66240

DOI: https://doi.org/10.1115/PVP2017-66240

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Topics: ASME Standards, Finite element analysis, Pipes, Stress, Alloy steel, Alloys, Analytical methods, Carbon steel, Elastic analysis, Fatigue

2 3 4

NARROW

A Viscoplastic Model for Alloy 617 for Use With the ASME Section III, Division 5 Design by Inelastic Analysis Rules

A Comparative Study of Radial Nozzle Criteria; Section VIII, Division 2, Part 4.5.5 to Part 5.2.2

Efficient Fatigue and Ratcheting Computation in Case of Multi-Parameter Loading

Proposal of Use of Mises Criteria for Elastic Analysis in Appendix 9 of ASME Section VIII Division 3

A High Temperature Primary Load Design Method Based on Elastic Perfectly-Plastic and Simplified Inelastic Analysis

Assessment of Compact Heat Exchanger Design According to the Simplified ASME Analysis Methodologies

Evaluated Results of Seismic Design Approach Using Inelastic Dynamic Analysis for Equipment

On Modeling and Assessment of Bulk Liquid Storage Tanks With Foundation Settlements

Direct Analysis of Post-Shakedown Quantities With the STPZ Considering Multi-Parameter Loading

Comparison and Assessment of the Creep-Fatigue and Ratcheting Design Methods for a Reference Gen3 Molten Salt Concentrated Solar Power Receiver

Simplified Analysis of Strains Accumulated in the State of Elastic Shakedown Considering Multi-Parameter Loadings

Appropriate Damping on Seismic Design Analysis for Inelastic Response Assessment of Piping

Development of Seismic Design Approach Using Inelastic Dynamic Analysis for Equipment and Piping Systems

Comparison of New Proposal for Simplified Elastic-Plastic Analysis and Code Case N-779

Subsea Tree Connector Capacity Chart per the Elastic-Plastic Analysis Methodology

Establishing Temperature Upper Limits for the ASME Section III, Division 5 Design by Elastic Analysis Methods

Difference of Strength Evaluation Approach Between for DBE and for BDBE

Acceptance Criterion of Ductile Failure and Plastic Collapse for Safe-Shutdown Earthquakes Using Nonlinear Dynamic Analysis

Verification of the EPP Code Case for Strain Limits Evaluations by Inelastic Analysis Method

Alternative Approaches for ASME Code Simplified Elastic-Plastic Analysis

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