Piping Stress Analysis (PSA Group)
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Piping & Pipeline Stress Analysis
Piping Stress Analysis Training
CAESAR II Static Training
CAESAR II Dynamic Training
Special Support Design by FEA
Special Item Design

E-mail: ir.psa.co@gmail.com
Tel: (+98)912 816 2070
@Akbar_Daneshvar
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Cracked vessel due to SBC (blind flange)
Finite Element Analysis (FEA) is used to calculate stress and confirm acceptance (or failure) of small-bore piping design
Distilling Piping Fitness For Service Analysis
Fitness for Service (FFS) analyses were performed on a portion of Distilling Piping utilizing Finite Element Analysis (FEA). A model of the piping system was created using shell elements. The boundary
Typical vibration risks in a piping system
Multiple excitation sources exist within modern process plants that can cause damage due to vibration related degradation mechanisms. Without identification and control, these can lead to component failure and the associated safety, environmental, business and reputational losses.
One such issue is acoustically induced vibration (AIV) choked gas flow through pressure reduction devices which can generate high levels of acoustic energy. This can excite the higher frequency pipe shell modes of the downstream piping and potentially lead to excessive cyclic stress at discontinuities such as small bore connections and pipe supports.
Small Bore Connection (SBC) Bracing
Tank and Vessel Handbook
CAESAR II 2014 installation guide (offline mode), FIX SPLM failed: problem⬇️