Portfolio of ASME B&PV Section VIII Design & Analysis Solutions
Design, Analysis and Troubleshooting Services on Components using (Thermal, Stress, Vibration and Fatigue) Finite Element Analysis to ASME Boiler & Pressure Vessel (B&PV) Code.
Call to Discuss your Engineering Challenges. (412) 835-5007
Supplemental evaluation of a feedwater heater. This evaluation was not a standard ASME evaluation but rather an investigation using the criteria provided by a Midwest utility’s procurement specification.
Low Pressure Feedwater Heater Analysis Read More »
Stress Analysis to Determine the Structural Integrity of the Pressure Boundary and Tubesheets in a Vessel Live Steam Tubular Heater
Stress Analysis of Vessel Live Steam Tubular Heater Read More »
Fatigue and API 579 / ASME FFS-1 Fitness-For-Service Evaluations on Pressure Swing Adsorption (PSA) Vessels used in a Waste Facility. These evaluations had not been performed as required by the ASME Boiler & Pressure Vessel Code.
Fatigue and FFS Evaluations of Pressure Swing Adsorption (PSA) Vessels Read More »
ASME Section VIII Division 1 (FEA) stress and buckling analysis on a decanter used to transfer microscopic materials.
Stress & Buckling FEA – Powder Decanter to ASME Section VIII Code Read More »
FEA Structural analysis on waterbox design upgrades for a MAWP increase to 80 psi – and redesign accordingly
FEA Analysis of Waterbox Design Upgrades Read More »
Fatigue Analysis of Heat Exchanger Coil to ASME B&PV Code Section VIII Div. 2 Part 5
Fatigue Analysis of a Heat Exchanger Coil to ASME B&PV Section VIII Div. 2 Part 5 Read More »
FEA Design and (Thermal & Buckling) Analysis was Performed on a Chemical Tubular Reactor – to ASME Section VIII Code
FEA Design & Analysis of Chemical Tubular Reactor – To ASME Section VIII Code Read More »
Finite Element (FEA) Analysis on Heater Vessel. We perform FEA analysis on components including heat exchangers and vessels.
Finite Element (FEA) Analysis on a Heater Vessel Read More »
Buckling Analysis on Elevated Temperature Vessel Subjected to Vacuum. Both Instantaneous Linear and Nonlinear Buckling and Creep Buckling were Performed.
Buckling Analysis on Elevated Temperature Vessel under a Vacuum Read More »
Failure analysis of cracks around bolt holes of the inlet and outlet tubesheets of a NASA heat exchanger. Designed modifications to meet code stress limits.
Cracked NASA Heat Exchanger – Failure Analysis & Redesign Read More »
ASME Section VIII Design & Analysis – thermal, stress FEA analysis on elevated temperature/ pressure vessels to process nuclear waste.
ASME Section VIII Design & Analysis – Vessels Processing Nuclear Waste Read More »
FEA design and (impact, thermal shock, and fatigue) analysis of pressure vessels and equipment subjected to high energy impact with a dual phase fluid at supersonic speed
FEA Design and Analysis of Large Scale Pressure Vessels under High Energy Impact Read More »
ASME Section VIII Div. 1 Linear Elastic Finite Element (FEA) analysis on a Low Pressure Feedwater Heater
ASME Section VIII Division 1 (FEA) Analysis on Feedwater Heater Read More »
Finite Element Analysis (FEA) on an Offshore Process Skid – to ASME Code
Finite Element Analysis (FEA) on Offshore Process Skid Read More »
FEA analysis, including creep rupture and creep fatigue performed on Elevated Temperature Vessel used in glass production. Call Tom O’Donnell
FEA Analysis of an Elevated Temperature Vessel used in Glass Fiber Production Read More »
