– Single line, wire-frame, and solid render drawing modes
–  CAD style single, double, or quad view ports
– Vertical axis (Y or Z) can be switched on the fly
– On-screen distance calculator for accurate coordinate checks
– Built-in valve actuator for accurate valve modeling
– Segment management: reverse, split, join, and re-order segments
– CAD line class and line numbers
– Connectivity checker to avoid model disconnects
– English, metric, SI, and user-defined units
– Extensive ANSI/ASME, DIN, EN, JIS, GD, GB, GOST, and GRP/FRP
standard piping component and material libraries
– iTwin® Design Review
– Structural steel modeling using structural databases for 17 countries
– Expansion joint modeling with tie rod assemblies
– Model import from AutoPLANT®, OpenPlant®, MicroStation, Excel, AutoCAD, Intergraph PDS, SmartPlant, Aveva E3D, CADWorx, SolidWorks, Inventor, Plant 3D, and CATIA
– Automatic stress isometric generation in DXF, DWG, or DGN formats with engineers’ mark-ups
– Bidirectional integration with STAAD.Pro® and SACS
– Machine learning support arrangement optimization
– Model geometry data export into OpenPlant, MicroStation, and AutoCAD
– Automated ring main wizard
– ASCE Soil calculator with auto soil point discretization

– Time history dynamic analysis with ground motion
– Mode shapes, accelerations, and natural frequencies
– Harmonic load analysis
– Uniform and MSRS response spectrum and shock spectra
– Multiple spectrum enveloping
– NRC spectra and code case N411 (PVRC) damping and spectra
– NUREG.CR-1677, CR-6441, and CR-6049 benchmarks
– Automatic mass discretization
– Missing mass and ZPA correction

– ASME B31.1, B31.3, B31.4, and B31.8 (support for multiple years)
– ASME Sec III, NB, NC, and ND (multiple year from 1972)
– ASME B31.12 hydrogen piping and pipelines
– ASME B31E support for seismic design
– European standards EN13480 metallic (multiple years), EN14692 nonmetallic
– ASME B31.4 Ch IX, B31.8 Ch VIII, DNVGL-ST-F101, CSA-Z622 offshore (multiple years)
– ASME B31.J (2017) SIFs and Flexibilities
– CAN/CSA-Z662 (multiple years)

– ASME B31J calculations for improved SIF values
– Unlimited static analysis to examine different loading scenarios, including hot modulus for any combination of 100 thermal, 30 seismic, 10 wind, and 50 dynamic load cases
– Automatic generation of wind profiles per ASCE and UBC guidelines
– Wave loading and buoyancy for offshore applications
– Hydrotest analysis with locking spring hangers
– Linear and nonlinear hydrotest analysis
– Fluid transient utilities for water and steam hammer plus relief valve load analysis
– Automatic flange analysis to ASME VIII Div. 1 and Div. 2, ASME III App XI, and ANSI Check
– Automatic spring hanger sizing from 27 manufacturers
– State-of-the-art nonlinear support gap, friction, yielding, and soil interaction with advanced features of seismic wave propagation, overburden and settlement loads, and stresses to ASCE, AWWA, and ASME
– Thermal stratification bowing analysis
– Thermal transient analysis (TTA), fatigue, and high energy/leakage design for ASME Class 1
– Seismic static and response spectra load generator to IBC, Euro, ASCE, Indian, Spanish, Mexican, and Chinese standards
– Ec/Eh ratio applied to expansion stresses for any piping code
– Integrated flange loading analysis per ASME VIII
– Div 1 and 2, ASME III App XI, and ANSI B16.5
– Nozzle flexibility analysis per API 650 App. P
– ASME Class 1, WRC 297, and Biljaard methods

– Results saved to Microsoft Access MDB file for post-processing
– Report Manager driven by SQLite Results Database
– Custom Microsoft Excel and Word reports and text reports
– Automatic or user-defined load combinations grid
– Automated batch processing
– Maximum intermediate stresses
– Reference point for manufacturer equipment loading reports
– Rotating equipment calculations to API 610, NEMA and API 617, and user-defined standards
– Results can be filtered and sorted by stress, deflection, or load criteria