VerCivil
World-Class Standards for Reinforced Concrete Design — Calculate, Analyze, and Generate Reports in Minutes
Supporting ACI 318-19, DPT 1008-61, and international standards with AI assistant to explain results, compare alternatives, and provide comprehensive documentation
Calculator Suite
Design Slab, Beam, Column, Foundation following standards with reports
Slab Design
Design reinforced concrete slabs with automatic thickness and reinforcement calculations
One-Way Slab Design
Design one-way slabs with single and multi-span continuous support per ACI 318 / DPT 1008
Beam Design
Calculate flexural and shear reinforcement for concrete beams with moment diagrams
Column Design
Design columns with P-M interaction analysis and slenderness effects
Foundation Design
Design spread footings with base pressure analysis and punching shear checks
Stair Design
Design reinforced concrete stairs with waist slab method, comfort check, and full reinforcement
Retaining Wall
Design retaining walls with Rankine/Coulomb earth pressure and Mononobe-Okabe seismic
Seismic Analysis
Response spectrum analysis and base shear calculation per ASCE 7, Eurocode 8, DPT 1302
Snow Load
Roof snow load calculation per ASCE 7-22 Chapter 7 with drift, unbalanced, and rain-on-snow analysis
Section Properties
Calculate cross-section properties: Area, Ixx, Iyy, J, Zx, Zy for various shapes
Steel Beam Design
Design steel W-shape beams per AISC 360-22 with flexure, shear, LTB, and deflection checks
Composite Beam Design
Design composite steel-concrete beams per AISC 360-22 Chapter I with shear studs and partial composite action
Steel Column Design
Design steel W-shape columns per AISC 360-22 with flexural buckling, slenderness checks, and P-M interaction
Steel Connection
Design bolted and welded connections per AISC 360 with full limit state checks
Bolt Group Analysis
Analyze eccentric bolt groups per AISC 360-22 Part 7 with elastic and ICR methods
Wood Beam Design
Design sawn-lumber beams per NDS 2024 with all adjustment factors — timber/residential market coverage
Wood Column Design
Design sawn-lumber columns per NDS 2024 with column stability (CP) and combined bending+axial check
Base Plate Design
Design steel column base plates per AISC DG1 with Thornton method and ACI 318 bearing
Lighting Design
Calculate indoor lighting requirements (Lumen Method) with uniformity checks
Hydraulic
Sizing water supply & drainage pipes with Darcy / Hazen / Manning and pump checks
General Calculator
General purpose calculator in two modes: basic and scientific (DEG/RAD)
3D Frame Analysis
Linear-static 3D frame analysis using Direct Stiffness Method with 6 DOF per node
2D Frame & Truss
Plane frame and truss analysis — 3 DOF per node, moment/shear/axial diagrams
Shear Wall Design
Design concrete shear walls for shear, flexure, and boundary elements per ACI 318-19 Ch.11 & 18
Bearing Wall Design
Design concrete bearing walls under axial load per ACI 318-19 §11.5.3 — empirical method, slenderness, eccentricity
Pile Cap Design
Design pile caps for deep foundations with punching shear, beam shear, and flexural checks
Masonry Wall Design
Design CMU bearing walls and shear walls per TMS 402/602-22 with axial, flexural, and shear checks
Cold-Formed Steel (CFS)
Design CFS studs and joists per AISI S100-16 with effective width, flexure, compression, and shear checks
Continuous Beam
Design multi-span RC continuous beams (2-5 spans) per ACI 318-19 §6.5 moment coefficients
Strap Footing
Design strap (cantilever) footings for columns near property lines with strap beam design
Torsion Design
Design torsion reinforcement for RC spandrel & edge beams per ACI 318-19 Chapter 22.7
Development Length
Calculate rebar development and lap splice lengths per ACI 318-19 Chapter 25 for straight, hooked, and headed bars
Deflection Analysis
Detailed deflection check per ACI 318-19 §24.2 with Branson/Bischoff Ie, long-term creep, and limit checks
Design faster with AI assistance
Unlock new capabilities: explain problems in natural language, explore scenarios, analyze per standards, and auto-draft reports
Type problems in natural language — the system converts to parameters and checks completeness
Infer missing values from context and standards, flagged for review
Analyze per ACI/DPT standards, identify weaknesses, alert on missed requirements
Explore worst/best cases with interactive impact graphs
Recommend sizes and rebar spacing considering cost, safety, and code requirements
Summarize results and reasoning into reports/specifications with illustrations
Chain internal pipelines: review → calculate → report → submit for approval
Explain results conversationally with reasoning, equations, and references
Advanced FEM Analysis
Professional-grade finite element analysis for structural plates. Engineered for accuracy, speed, and educational excellence.
Advanced Mesh Generation
Automatic finite element mesh with quality controls and adaptive refinement
Multiple Analysis Types
Plate bending, plane stress, and plane strain analysis capabilities
Interactive Visualization
2D contour plots, 3D deflection shapes, and engineering diagrams
Real-time Results
Fast convergence with iterative and direct solver options
Analysis Capabilities
- Kirchhoff-Love plate theory implementation (units: m, kN/m², MPa)
- Multiple boundary condition types
- Uniform, line, and point load applications (triangular ≈ approximated)
- Stress, moment, shear, and deflection analysis per element
- Engineering validation checks with mesh safety caps
- Professional report generation
Security, governance and auditability
Designed for trust, from data security to auditable reports
TLS/HTTPS in transit, least-privilege access, regular backups
Compliant with ACI 318-19 / DPT 1008-61 with full reasoning documentation
Reports include full traceability of calculation values and equations used
User testimonials
“Reduced drawing time from half a day to under 30 minutes, confident in ACI/DPT compliance.”
“Reports are easy to read, approvals are faster, and the contractor team is more aligned.”
“The AI assistant recommends sizing and flags missed code requirements like a professional.”