RKALC

structural analysis, design & verification in one platform.

RKALC brings structural analysis, finite element modelling, member design, loading tools and transparent verification workflows into a single practical platform for engineers working with Australian Standards.

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AS 1170
AS 3600
AS 3700
AS 4100
AS 1720
Finite Element Modelling

built around the way structural engineers work.

Replace scattered spreadsheets, disconnected calculators and repeated manual checks with one clear workflow for design, review and engineering judgement.

A

Analyse

Model beams, frames, slabs, plates and structural systems with tools suited to preliminary and detailed engineering studies.

D

Design

Carry out concrete, steel, timber, masonry, foundation and member checks using transparent engineering calculations.

V

Verify

Review assumptions, governing checks, load paths and outputs without relying on black-box calculation results.

from loading to member checks, keep the logic visible.

RKALC is designed to support engineering judgement. It helps engineers test ideas, compare assumptions, verify outputs and document the basis of design decisions.

01
Set up the engineering problemDefine geometry, loads, materials, sections and relevant design parameters.
02
Analyse and designRun analysis, member design and code-based checks within the same platform.
03
Review and verifyCheck assumptions, outputs and governing results before using them in practice.

standards and tools included.

RKALC includes practical design modules and engineering utilities covering everyday consulting, education, concept design and independent checking workflows.

Concrete design
Steel design
Timber checks
Masonry tools
Wind loading
Seismic actions
Foundations
Strut-and-tie modelling
Tributary areas
Embodied carbon tools
AS 3600 Concrete Structures AS 4100 Steel Structures AS 1720 Timber Structures AS 3700 Masonry Structures AS/NZS 1170 Structural Actions Finite Element Modelling Load Take-down Engineering Verification

start with one project. keep the calculation trail clear.

Use RKALC for preliminary design, detailed checks, independent verification, education and practice-support workflows.

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