01
Set inputs and design standard
Geometry, loads, materials, and US / EU / ISO defaults.
Beam · AISC
- Section
- W12×26
- Span
- 4.0 m
- w
- 12 kN/m
- E
- 200 GPa
Design-assist for practicing engineers
Mechanical and structural calculations you can document.
Size members, screen advanced systems, and check utilization — with standards context, explicit assumptions, and exportable reports. PhyCalcPro is a workspace, not a black-box solver.
AISCASMEAGMAENISO
68 engineering modules across 12 disciplines.
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Beam module
Simply supported — uniform load
Bending stress
142 MPa
Utilization 0.71
Max deflection
8.4 mm
L/476 · limit L/360
Reaction
24.5 kN
Each support
Deflection
Peak: -1 mm @ 2 m
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Assumptions listed · PDF export availableβ — verify against your worksheet
Workflow
From inputs to a reviewable result
Data pipeline
Inputs, checks, and exports stay linked — nothing is a black-box number.
Live calculation context
02
Review checks and assumptions
Utilization, margins, warnings, and implemented code checks.
Checks
- σ_b
- 142 MPa
- Util.
- 0.71
- δ_max
- 8.4 mm
- L/δ
- L/476
03
Export a defensible summary
PDF or CSV with calculation context for review and records.
Report
- Format
- PDF + CSV
- Includes
- Inputs · plots
- Assumptions
- Listed
- Tier
- β verified
By application
Start from what you are designing
Route by discipline and job type — mechanical hardware, industrial structures, advanced systems, materials, or manufacturing — rather than hunting for a formula.
Mechanical design
Shafts, gears, bearings, flywheels, brakes, clutches, and power transmission.
Open
Industrial structures
Beams, frames, trusses, plates, columns, and combined loading checks.
Open
Advanced systems
Vacuum, cryogenic, magnetic, superconducting, thermal, battery, and hydrogen screening.
Open
Energy and thermal
Heat transfer, battery cooling, hydrogen storage, and pressure-system helpers.
Open
Materials and fatigue
Material data, section properties, temperature effects, corrosion, and fatigue.
Open
Manufacturing
Tolerances, fits, cost estimates, and process planning.
Open
Featured modules
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Magnetic Fields & Coils
Solenoid fields, Lorentz forces, inductance and coil heating
Battery & EV Systems
Pack heat generation, busbars, cooling and vent screening
Catalog
Browse by engineering discipline
68 modules with unit handling, standards metadata, and exportable results.
Structural Engineering
Beams, frames, columns, plates, and structural analysis
8 modules
Power Transmission
Belts, chains, and multi-pulley drives
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Machine Design
Shafts, gears, and rotating systems
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Bearings
Rolling element, plain hydrodynamic, and housing design
3 modules
Springs
Helical compression, extension and torsion springs
3 modules
Connections & Fasteners
Bolts, welds, rivets, keys, pins — ISO, DIN, ANSI, ASME context
6 modules
Materials & Sections
Material properties and cross-sections
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Pressure Systems
Pipes, vessels, and pressure components
4 modules
Dynamics & Vibrations
Motion, vibration, and dynamic systems
5 modules
Manufacturing
Tolerance analysis and fit systems
4 modules
Advanced Systems
Cryogenic, vacuum, electromagnetic and emerging engineering systems
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Technical Tools
Load cases, safety factors, formulas and unit conversion
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Who builds this
A small, engineering-focused team
PhyCalcPro is built and maintained by practicing engineers who use these workflows daily. We prioritize transparent methods, readable outputs, and honest maturity labels over marketing claims. If a result looks wrong or a standard check is missing, we want to hear about it — with your worksheet, units, and design code.
Contributors can submit benchmark cases through our verification program. Accepted comparisons help modules move from β to verified on the quality dashboard.
Published quality data
Verification and release tiers
Last CI verification: 86/86 benchmark cases passed · Jul 17, 2026
Modules in CI
67
Automated regression solvers
With benchmarks
67
Cases in last-run report
Certified
0
Verified
65
Beta
0
Indicative
1
Draft
2
Why PhyCalcPro
Built for engineers who need to show their work
We do not claim automatic code compliance. Each module states what it checks, what it omits, and its verification status. Review the trust page and quality dashboard before relying on results for project work.
Standards-aware calculations
Modules expose design-code selectors, unit handling, and explicit notes on what is — and is not — implemented for each standard.
Assumption-backed reports
Results travel with warnings, reference metadata, and export-ready summaries so you can explain the calculation later.
Transparent module maturity
Release tiers and automated benchmarks are published on the quality dashboard. β modules are labeled until independently verified.
Questions about methods or verification? We read every message.