Specimen validation protocols
Freeze criteria and source requirements, check measurement mappings and retain independent or calibrated comparisons with their actual evidence status.
Approval requiredConnected Research · V20
From the creator of LingoScholar
LignoScopeResearch Studio
A closer look at
timber behaviour.
A research workspace for CLT walls and beams, connecting actual model studies with the papers, evidence and supervisor reviews in LingoScholar.
One account. Separate program approval.
Explore the limited public demo without an account. LingoScholar registration does not automatically unlock LignoScope. The owner reviews each program request.
Research scope
Documented verification checks support software review. Experimental validation remains ongoing; the current W08 wall model does not yet reproduce the measured response. Review support connectivity, mesh quality and modelling assumptions before interpreting results.
Private research access
Your LignoScope workspace
Invited researchers can sign in with their individual password for immediate access to all four programs. Other new visitors can register here with their institutional email and request LignoScope approval after account activation.
Continue to LignoScope. Your programme selection is retained while you sign in or request LignoScope approval.
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Academic access privacy notice
Your institutional email, name, institution, role, website, approval status and a password hash are stored privately to manage your account. Registration details may be included in a private notification to the program owner. They are not shown in the public author directory.
After review, the owner provides a private activation link to your institutional mailbox. Your registration does not automatically grant LignoScope access. Once your account is activated, sign in here to submit your program request.
Model files stay in your browser unless you export them or explicitly upload a supported workspace to your private account. To correct account details, request a new activation link or remove your account, contact the owner through the creator profile.
Eight engineering investigations
From the model
to the research decision.
Version 20 adds opening-frame research, virtual gauges, numerical diagnostics, calibration and source-bound comparison tools. Version 18 retains adjustable studios and source-linked figures. Version 17 introduced numerical verification campaigns, conditional predictive assessment, acquisition uncertainty and timing tools, nonlinear connection exchange and a connected study workspace. Bounded objective arc-length continuation, explicit layer/foundation interfaces, a laboratory dossier hub and coordinated 3D field investigation remain available. Earlier stereo geometry, surface strains, source-bound member checks and cross-mesh tools remain available. Each method retains its source requirements and scientific limits. Explore V20 tools and all 48 upgrade areas
Finite-strain 3D research mechanics
Solve bounded orthotropic tetrahedral solids with objective interface/contact laws and inspect accepted equilibrium, energy and formulation limits.
Correlated predictive analysis
Use declared measurement covariance and campaign effects for conditional prediction, with separate held-out scoring.
Durable native compute jobs
Retain exact input manifests, connect a real native host, inspect progress and retain verified completed outputs. A permanent server requires a configured host.
Calibrated stereo measurements
Reconstruct general calibrated stereo geometry and surface strains with conditional uncertainty. A read-only bridge supports supplied samples; physical devices need connection and acceptance.
BIM change reconciliation
Review stable-object geometry and material changes against a shared base, resolve conflicts and export the supported neutral model and IFC subset.
Source-bound resistance derivation
Derive supported rectangular-section resistance from exact supplied properties, sources and editions. Professional review and code applicability remain explicit requirements.
Spatial result investigations
Inspect compatible fields with clipping and probes, then map declared triangle/tetrahedral meshes using barycentric interpolation without extrapolation.
Retained research tools
Your established
model workspace.
Version 9 campaigns, Version 8 specimen review and earlier research workspaces and portable Save/Open remain available. Numerical results retain their original model scope.
Digital specimen workspace
Keep documented beam and wall records, geometry, candidate inputs and retained calculation runs together.
Registered response replay
Inspect chronological response and model frames using explicit measurement definitions and registered coordinates.
Competing model studies
Run supported beam and wall candidates and compare compatible response quantities.
Sensitivity and uncertainty
Rerun declared parameter ranges and inspect sensitivities, conditional estimates and failed solves.
Mechanisms and load transfer
Review calculated beam thresholds, wall connections, reactions and numerical residuals within each model’s scope.
Supervisor review and revisions
Retain exact model revisions, compare changes and exchange authored questions with a frozen project.
Reproducible submission
Export verified packages with exact inputs, results, manifests and reproduction recipes. Save/Open workflows let you continue a project.
Access that you control
A focused research environment.
Requests are private to the applicant and program owner. Approval is specific to LignoScope and can be revoked. Hosted access is checked when protected program files are requested.
Projects saved in your browser or exported to your device remain under your control. Access revocation cannot recall copies already downloaded.
Companion research tools
LignoScope × LingoScholar
Move an explicit copy of selected numerical evidence into a private research campaign. Keep paper sources, model questions, action plans and review decisions together. Uploading or sharing always remains a separate choice.
Open LingoScholar WorkspaceView shared benchmark cases