# PSI — Pressure vessel Support Indicator

## Docs

- [Pressure Vessels](https://mintlify.wiki/andrebozaq/PSI/features/pressure-vessels.md): Analyze and design pressure vessel parameters including geometry, materials, and operating conditions
- [Structural Elements](https://mintlify.wiki/andrebozaq/PSI/features/structural-elements.md): Design and analyze structural beams and connections for pressure vessel support structures
- [Support Analysis](https://mintlify.wiki/andrebozaq/PSI/features/support-analysis.md): View analytics and metrics for pressure vessel support performance
- [Support Design](https://mintlify.wiki/andrebozaq/PSI/features/support-design.md): Design pressure vessel supports with full geometry, material, load, and code parameters
- [Weld Design](https://mintlify.wiki/andrebozaq/PSI/features/weld-design.md): Design and analyze weld configurations for pressure vessel structural connections
- [Introduction](https://mintlify.wiki/andrebozaq/PSI/introduction.md): PSI is a browser-based SaaS platform for structural and pressure vessel engineering calculations, built for mechanical and civil engineers who need fast, code-compliant support designs.
- [Design Codes](https://mintlify.wiki/andrebozaq/PSI/loads/design-codes.md): Overview of supported engineering design codes: ASME/ASCE and COVENIN
- [Seismic Loads](https://mintlify.wiki/andrebozaq/PSI/loads/seismic-loads.md): Configure seismic parameters for pressure vessel support design using ASME/ASCE or COVENIN codes
- [Wind Loads](https://mintlify.wiki/andrebozaq/PSI/loads/wind-loads.md): Configure wind load parameters for pressure vessel support design per ASCE and COVENIN standards
- [Quickstart](https://mintlify.wiki/andrebozaq/PSI/quickstart.md): Get from account creation to your first design calculation in under 5 minutes.
- [Materials Reference](https://mintlify.wiki/andrebozaq/PSI/reference/materials.md): Material properties and ASME code tables used in PSI calculations
- [Engineering Reports](https://mintlify.wiki/andrebozaq/PSI/reference/reports.md): Generate, customize, and print design summary reports from PSI
- [Unit Systems](https://mintlify.wiki/andrebozaq/PSI/reference/unit-systems.md): Switching between SI (metric) and US customary unit systems in PSI
- [Anchoring](https://mintlify.wiki/andrebozaq/PSI/supports/anchoring.md): Configure the anchor bolt pattern used with all PSI support types. Define bolt quantity, diameter, material, embedment, concrete strength, anchor type, and edge distance.
- [Leg Supports](https://mintlify.wiki/andrebozaq/PSI/supports/legs.md): Configure structural leg supports for vertical, horizontal, and spherical pressure vessels. Choose between standard (unbraced) and braced leg configurations with a range of structural profiles.
- [Lug Supports](https://mintlify.wiki/andrebozaq/PSI/supports/lug.md): Configure lug (bracket) supports for pressure vessels. Define lug geometry, eccentricity, hole diameter, optional stiffener gussets, and optional pad plates.
- [Ring Supports](https://mintlify.wiki/andrebozaq/PSI/supports/ring-support.md): Configure ring girder or ring beam supports for pressure vessels. Define ring profile type, OD, ID, web and flange geometry, optional gusset plates, and bolt circle or anchor span.
- [Saddle Supports](https://mintlify.wiki/andrebozaq/PSI/supports/saddle.md): Configure saddle supports for horizontal pressure vessels. Define saddle geometry, contact angle, web and base plate dimensions, rib stiffeners, and friction type.
- [Skirt Supports](https://mintlify.wiki/andrebozaq/PSI/supports/skirt.md): Configure skirt supports for vertical vessels and columns. Define skirt geometry (cylindrical or conical), anchor bolt pattern, and optional anchor chair sub-configuration.

## OpenAPI Specs

- [openapi](https://mintlify.wiki/andrebozaq/PSI/api-reference/openapi.json)