Analysis of Solar Array Support Rack Structure subjected to a hurricane
Finite Element Analysis (FEA) Projects
Finite Element Analysis (FEA) Projects – design and stress, vibration and fatigue analysis of equipment to AWS, API, ASME + Codes.
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.
ASME Section VIII Division 1 (FEA) stress and buckling analysis on a decanter used to transfer microscopic materials.
Vibration & Modal Analysis of Extruder and Subsequent Design Recommendations
Weld Cracking Investigation on T Bar section of Cyclones. Modal FEA Analysis Determined Mode of Failure. Recommended Design Modifications.
Structural and modal finite element analysis of a Vapor Recovery Unit (VRU) base skid to ensure structural integrity to ASME Boiler & Pressure Vessel (B&PV) Code
Structural Analysis of Compressor Skid Nozzles
FEA Structural analysis of waterbox upgrades for a MAWP increase to 80 psi, and redesign accordingly
Evaluation of Loads on High Temperature Condensate Tank Nozzles
Fatigue Analysis of Heat Exchanger Coil to ASME Code
FEA design and (thermal & buckling) analysis was performed on a Chemical Tubular Reactor – to ASME Code
Computational Fluid Dynamics (CFD) was used to analyze a blast furnace blowpipe failure.
Finite Element (FEA) Analysis on Heater Vessel. We perform FEA analysis on components including heat exchangers and vessels.
Buckling analysis on elevated temperature vessel subjected to vacuum. Instantaneous (linear and nonlinear) buckling and creep buckling
Forensic Failure Analysis of Damaged Mining Lift Hook – Finite Element Analysis was used to determine root cause
A client had determined that in very dusty environments where their base-ported pressure filter was used, particles can get in between the threads of the tube and cap.
Coke Oven Battery Engineering Evaluation – design / construction forensic investigations in $560 M ICC Arbitration.
Failure analysis of cracks around bolt holes of the inlet and outlet tubesheets of a NASA heat exchanger.
FEA design and (thermal, stress, vibration and fatigue) analysis – vessels & other components for nuclear radioactive waste cleanup.
ASME Section VIII Design & Analysis – thermal, stress FEA analysis on elevated temperature/ pressure vessels to process nuclear waste.
Stress and Fatigue analysis of high cycle vessels that are used to produce virtually pure hydrogen.
Vibration and shock analysis on a shipboard heat exchanger. Heat exchangers were to be supported on rigid platforms that are attached to the process deck of the ship and therefore subjected to ship motion acceleration loads.
Engineering analysis of replacement reactor coolant pump seals. In addition, a thermal hydraulic analysis was performed.
FEA and fatigue / fracture analysis of the turbine shaft on hydroelectric plant exhibiting linear indications.
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