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- Methods for API and ASME Calculations
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Methodology for API and ASME calculations. Design approaches
for API 618 calculations with design approaches for calculating resonant
lengths of pipe, peak to peak pulsation levels, pressure drops and shaking
forces with a complete list of design deliverables.
- Advanced Stress and FEA Techniques for
Mechanical Design
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Mechanical and cylinder manifold natural frequencies, vibration and
stress levels, internal stress levels (including pulsation bottles and
fatigue), connecting piping system dynamic stresses
- Dynamic Structural Analysis for Compressors
and Paper Machines
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Design of compressor frames, anchor bolts, advanced foundation
stiffness calculations
- Torsionals and Advanced Analysis for
Rotating Equipment
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Vibration analysis for motor and engine driven drive trains
(including pump shaft motors) to predict torsional natural frequencies, mode
shapes and resulting torque and stress for various loading conditions.
- Vibration, Pulsation and Dynamic Analysis
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Calculation of pulsation amplitudes and shaking forces with
mechanical natural frequencies. Assessment of impact on structural,
piping and pipe support systems with simple, proven methodology and support
systems for reducing shaking. Simple audit tools / punch-lists for
checking the design.
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