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Browser-local CalculiX input-deck, material-card, boundary, load-step, element, result-file, formatter, CSV material, and report-template helpers.
Use ScholarTool CalculiX helper tools to generate starter input decks, material cards, material-property cards, boundary-condition templates, load-step templates, element-type guidance, result-file review notes, formatted deck text, CSV material-card batches, and report templates without running CalculiX, uploading solver files, or sending simulation data to third-party APIs.
Your CalculiX inputs, material values, template text, and generated snippets are processed locally in your browser. ScholarTool does not upload files, run CalculiX, execute solver commands, or send simulation data to a third-party API.
The CalculiX helpers generate, format, and explain plain text only. They do not execute CalculiX, run shell commands, start cloud simulations, parse binary result files, generate meshes, convert Abaqus decks, call AI APIs, store project data, add analytics, or create user accounts.
Review these issues before copying generated starter text into a real CalculiX workflow.
10 tools
Generate, format, and organize CalculiX input-deck text before human review and solver-side validation.
Generate a browser-local CalculiX `.inp` input-deck skeleton with heading, mesh placeholders, material notes, boundary/load placeholders, step controls, and output requests.
Format pasted CalculiX input-deck text by cleaning duplicate blank lines and normalizing keyword capitalization as escaped plain text.
Create single material cards or convert small pasted material tables into CalculiX keyword blocks.
Generate CalculiX material keyword blocks for elastic, density, plastic, expansion, conductivity, and specific-heat properties from typed values.
Convert typed material properties into CalculiX keyword-card text with a visible unit-convention and conversion-review summary.
Convert a small pasted CSV material table into multiple CalculiX material-card blocks locally in the browser.
Draft boundary-condition blocks, load-step templates, and element-type guidance for preliminary FEA setup planning.
Generate a CalculiX *BOUNDARY starter block for fixed, displacement, temperature, symmetry, or roller-style setup planning.
Generate a CalculiX *STEP block for static, frequency, thermal, buckling, or dynamic setup planning with increment and output-request notes.
Select a cautious starter CalculiX element family for solid, shell, beam, plane, axisymmetric, or thermal setup planning.
Organize result-file interpretation notes and report templates without parsing or validating solver result files.
Explain what common CalculiX output file types and output-request choices usually mean without uploading, parsing, or validating result files.
Generate a Markdown report template for documenting a CalculiX model setup, result review, verification evidence, and limitations.
No. They generate, format, convert, and explain plain text locally in the browser. They do not run CalculiX, execute shell commands, start solvers, call remote solver APIs, or validate results.
No. CalculiX text, typed material values, pasted CSV material rows, and generated snippets stay in browser component state for the active page session.
No. Treat them as starter text. Verify syntax, units, mesh, materials, boundary conditions, load steps, output requests, convergence, and validation evidence against official documentation and qualified finite element review.
No. CalculiX is referenced for educational compatibility guidance only. ScholarTool does not claim affiliation, certification, or endorsement by the CalculiX authors or community.
A model commonly needs nodes, elements, sets, materials, sections, constraints, loads, one or more steps, and explicit output requests linked by valid names.
CalculiX does not impose one unit system, so every geometry, load, density, modulus, thermal property, and time value must form a coherent convention.
Check node or set names, degree-of-freedom numbering, coordinate system, amplitude, value, physical restraint, and whether rigid-body motion is handled correctly.
Match the procedure to static, frequency, thermal, buckling, or dynamic intent and then review increments, nonlinearity, loads, boundaries, and requested output.
No. It suggests a cautious element family from typed context; topology, order, integration, distortion, locking, refinement, and convergence remain analyst decisions.
No. It improves plain-text consistency but does not resolve missing sets, invalid references, unsupported keywords, unit errors, or solver semantics.
CalculiX Helpers create plain-text input-deck sections, material cards, load and boundary templates, CSV-derived material text, and review notes. They do not execute a solver or parse binary results.
Define consistent units, element and material assumptions, sets, steps, loads, and constraints; generate the supported text; inspect it against CalculiX documentation; then run and validate in a separate controlled solver environment.
Element formulation, mesh quality, set names, nonlinear controls, contact, material data, solver version, and boundary conditions remain user responsibilities. A syntactically plausible deck is not a validated analysis.