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Data Science AnalyticsTop 10 Best Section Analysis Software of 2026
Compare section analysis software tools with practical tradeoffs for structural engineers, including Section Properties Calculator, SOFiSTiK, and SkyCiv.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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Section Properties Calculator is the best pick for engineers who need quick geometric checks for standard and custom cross-sections because its dimension-driven forms pair diagrams with immediate centroid and inertia results across familiar section families, while SOFiSTiK Analysis + Design is the alternative for staying consistent during section balancing and iteration inside one project.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Section Properties Calculator
Dimension-driven forms pair section diagrams with immediate geometric property calculations across multiple standard cross-section families.
Best for: Fits when engineers need fast geometric checks for common structural sections during preliminary design.
SOFiSTiK Analysis + Design
Editor pickSection balancing tied to structural section geometry updates inside the same SOFiSTiK project workflow.
Best for: Fits when section balancing and structural cross-section iteration must stay consistent inside one modeling project.
SkyCiv
Editor pickSection template configuration that preserves layout and styling across interpretations for repeatable review outputs.
Best for: Fits when geoscience teams need consistent, review-ready section graphics across multiple wells.
Comparison Table
Section Properties Calculator
vertical specialistOnline calculator for geometric section properties of standard and custom cross-sections.
Dimension-driven forms pair section diagrams with immediate geometric property calculations across multiple standard cross-section families.
Section Properties Calculator suits engineers who need quick geometric property checks without installing desktop analysis software. Its shape-specific forms reduce manual equation setup, while diagrams connect each input field to a visible section dimension. The calculator supports common unit-based workflows and presents calculated values directly in the browser.
The narrow scope limits automation because the site does not provide a documented API, batch processing, project storage, or CAD import. It fits a design review where an engineer needs to verify a standard section or compare dimensions before moving results into a larger structural model.
- +Covers common rolled and built-up geometric section types
- +Reports centroid, inertia, gyration, and section modulus values
- +Dimension diagrams make field selection easier
- +Runs directly in a standard web browser
- –No documented API or batch calculation workflow
- –No CAD import or finite-element model export
- –Limited project storage and result management
- –Advanced composite sections may require manual decomposition
Structural design engineers
Checking preliminary member geometry
Faster preliminary section checks
Engineering students
Verifying hand calculations
Clearer calculation validation
Show 1 more scenario
Fabrication engineers
Reviewing custom dimensions
Quicker dimensional comparisons
Fabrication teams test dimensional changes and observe their effects on area, inertia, and section modulus.
Best for: Fits when engineers need fast geometric checks for common structural sections during preliminary design.
SOFiSTiK Analysis + Design
enterpriseStructural analysis and design software for bridge, building, and infrastructure engineering workflows.
Section balancing tied to structural section geometry updates inside the same SOFiSTiK project workflow.
SOFiSTiK Analysis + Design is a section-focused geoscience workflow tool with strong support for engineering-geology inputs and computation inside one environment. It supports section balancing, structural cross-section construction, and iterative model updates across related datasets.
The workflow is geared toward producing consistent stratigraphic geometry and report-ready section outputs rather than relying on external stitching. Integration depth is centered on SOFiSTiK project handling and file-based interchange, with automation mainly achieved through repeatable configurations and scripted toolchains rather than a broad public API.
- +Section balancing workflows keep stratigraphic and volume constraints consistent
- +Project-based iteration supports tight loops between geometry changes and outputs
- +Structural cross-section tools reduce manual rework when faults or horizons shift
- +Export pipelines fit report generation for section figures and documentation
- –Automation depends on SOFiSTiK project conventions rather than a public API
- –Well-log integration and core-to-log calibration are not as natively geoscience-centric as ETL tools
- –Thin-section imaging and point counting workflows require external preparation
- –Cross-team governance needs can be limited without granular RBAC patterns
Engineering geologists and stratigraphers
Model cross-sections from borehole logs
Report-ready geological section drawings
Geotechnical project engineers
Balance strata layers across section lines
Consistent subsurface layer interpretation
Show 2 more scenarios
Structural engineers
Draft structural cross-sections in SOFiSTiK
Coherent section and geometry sets
Create linked section models that update consistently across related datasets.
Surveying and data workflow teams
Standardize section outputs from imports
Faster, consistent section production
Use repeatable configurations for file interchange and repeatable toolchains.
Best for: Fits when section balancing and structural cross-section iteration must stay consistent inside one modeling project.
SkyCiv
SMBCloud-based structural analysis platform including section builder and beam section analysis modules.
Section template configuration that preserves layout and styling across interpretations for repeatable review outputs.
SkyCiv is used to produce stratigraphic section interpretations from user-defined inputs, including horizons or contacts and structural annotations. It supports templated section layout and repeatable styling so teams can reuse the same section configuration across multiple wells or datasets. Export outputs support downstream sharing in common document formats for interpretation handoffs and review sessions.
A tradeoff appears in automation depth, because SkyCiv workflows rely more on guided configuration than on full API-driven batch processing for high-throughput interpretation runs. SkyCiv fits well when a team needs consistent section deliverables for regular review cycles, rather than when pipelines require large-scale scheduled section generation with programmatic controls.
- +Repeatable section layout configuration improves consistency across projects
- +Section deliverables export cleanly for interpretation review handoffs
- +Structured horizon and contact inputs support straightforward stratigraphic stacking
- +Interactive annotation tools speed fault and structural marking during review
- –Automation surface is limited for fully programmatic batch interpretation
- –API-driven integration is not the primary workflow for most section edits
Stratigraphic interpretation teams
Create stratigraphic section stacks for review
Faster interpretation review cycles
Structural geologists
Annotate faults in cross-section views
Clearer structural communication
Show 1 more scenario
Subsurface data coordinators
Standardize deliverables across multiple projects
Reduced deliverable rework
Reuse section layout and styling settings to produce comparable outputs across wells.
Best for: Fits when geoscience teams need consistent, review-ready section graphics across multiple wells.
RISASection
vertical specialistStandalone section properties calculator for structural cross-section analysis.
Graphical arbitrary-section construction with immediate calculation of geometric and torsional properties.
RISASection supports custom geometry construction with component shapes, material assignments, and section-property calculations in one desktop workflow. Engineers can review graphical geometry and numerical results for steel, concrete, timber, and composite members.
- +Calculates centroid, inertia, principal-axis, torsional, and shear properties
- +Builds irregular and composite sections from graphical components
- +Provides clear geometry diagrams alongside numerical results
- +Supports reusable custom sections for repeated engineering checks
- –Does not replace full-frame modeling or finite-element analysis
- –Advanced composite definitions require careful material and component setup
- –Automation and API coverage are limited compared with developer-focused tools
Structural design engineers
Checking irregular steel members
Verified custom section properties
Bridge design teams
Evaluating composite girders
Comparable girder configurations
Show 2 more scenarios
Engineering consultants
Preparing calculation reports
Consistent calculation evidence
Consultants generate diagrams and numerical section results for design documentation and independent checking.
Fabrication engineering teams
Reviewing custom profiles
Fewer profile revisions
Fabricators assess nonstandard profiles before production drawings and downstream structural calculations.
Best for: Fits when structural engineers need fast property checks for custom or built-up member sections.
SCIA Engineer
enterpriseStructural analysis software with cross-section design, classification, and capacity checks.
Built-in design check automation tied to code conventions, with structured output for repeatable iteration and documentation.
SCIA Engineer centers section analysis for structural engineering workflows with built-in code-driven cross-section checking and interactive results views. The software supports parametric section definitions, typical concrete and steel modeling conventions, and automated reporting for design iterations.
- +Code-oriented section checks with repeatable verification runs
- +Parametric section setup supports rapid design iteration
- +Consistent results views and structured export for documentation
- +Ecosystem alignment helps keep section data consistent across models
- –Section workflows can feel specialized compared with general section libraries
- –Automation depth depends on how projects are set up in the surrounding SCIA workflow
Concrete structural engineers
Concrete building member checks from load cases
Reviewable capacities per load case
Multidisciplinary structural teams
Mixed-material checks across project models
Unified design review
Show 2 more scenarios
Reinforced concrete designers
Cracked interaction checks for columns
Column capacity and reinforcement layout
Evaluate axial and bending interaction using cracked properties and multiple load cases.
Steel building engineers
Steel frame stability and member design checks
Analysis-checked steel design results
Model steel frames and portals and perform code-based design checks for members and stability.
Best for: Fits when structural teams need frequent code checks for steel and concrete sections inside a consistent SCIA workflow.
Oasys AdSec
vertical specialistStructural section analysis software for reinforced concrete, steel, and composite sections.
Interpretation layer management inside a project workflow that preserves ties and revision history for 2D section outputs.
Oasys AdSec produces and edits 2D section views used for stratigraphic interpretation workflows with traceable cross-section structure. It focuses on importing and managing section datasets, then applying interpretation layers such as horizons and faults to generate printable section outputs.
- +Repeatable section configuration for consistent horizons and fault interpretation
- +Interpretation layers stored with project context for audit-friendly section revision
- +Automation interfaces for triggering section updates from external workflows
- +2D section outputs tailored for review and export
- –Limited coverage for high-density thin-section imaging workflows
- –Requires setup discipline to keep well ties consistent across multi-line projects
Stratigraphic interpretation teams
Generate horizon and fault section outputs
Consistent section deliverables
Well log interpretation analysts
Standardize section construction across wells
Comparable cross-section geometry
Show 1 more scenario
Geoscience automation specialists
Integrate section generation into pipelines
Reduced manual section generation
Automate section generation steps by connecting the edit and output workflow to external pipelines.
Best for: Fits when geoscience teams need repeatable 2D section interpretation outputs linked to well and survey context.
Response-2000
vertical specialistSectional analysis software for reinforced concrete members under shear, torsion, and axial-flexural loading.
Template-driven section logging that preserves interval-to-visual linkages across interpretation iterations.
Response-2000 performs section analysis workflows for geological interpretation with a focus on measured section logging and cross-section deliverables. It supports importing interpretation inputs and managing section-linked observations used for stratigraphic correlation and section balancing.
- +Section-linked interval logging keeps annotations tied to stratigraphic positions
- +Reusable section templates reduce variance in measured section logging
- +Cross-section exports provide interpretation-ready visuals for handoff
- +Correlation workflows support iterative updates across connected sections
- –Integration paths for external automation are limited versus general ETL orchestrators
- –Advanced geostatistical modeling support is constrained to core section workflows
- –Deep governance controls are not emphasized for multi-team enterprise administration
- –Performance tuning for very large interval datasets is not described in detail
Geological modelers
Measured section logging for correlations
Structured correlation artifacts
Geological interpretation teams
Repeatable logging and annotation templates
Consistent interpretation workflow
Show 1 more scenario
Geoscience reporting analysts
Produce section visuals and tabular artifacts
Report-ready section outputs
Generate section visuals and tabular interpretation outputs tied back to logged intervals.
Best for: Fits when teams need consistent measured section logging and correlated cross-sections without a custom pipeline.
Autodesk Robot Structural Analysis Professional
enterpriseFinite-element structural analysis software with member and cross-section design tools.
Design-check automation that ties code-compliant member and section utilization outputs to named load combinations.
Autodesk Robot Structural Analysis Professional is a finite element analysis tool focused on structural modeling, analysis, and design checks rather than geoscience section logging workflows. Core capabilities include parametric 3D structural modeling, load case and combination management, nonlinear analysis options, and design checks for steel, reinforced concrete, and timber based on selectable code standards.
- +Strong member and section result workflows with load case traceability
- +Finite element modeling supports nonlinear analysis beyond linear static
- +Code-driven design checks for steel and reinforced concrete standards
- +Automatable model generation via scripting and batch processing
- –Limited support for geological section interpretation and stratigraphic workflows
- –Geospatial section inputs require manual preparation outside the modeling schema
- –Throughput can slow on large assemblies without careful meshing strategy
- –Advanced automation requires scripting knowledge and governance discipline
Structural engineers
Section response checks from 3D models
Code-based design verification
Structural design teams
Nonlinear analysis for member responses
Deformation-informed design checks
Show 1 more scenario
Engineering report preparers
Member and global response reporting
Structured analysis reports
Create reporting outputs that summarize members, sections, and global response indicators from the analysis run.
Best for: Fits when structural engineering needs section-driven results tied to a 3D model, not geologic section logging.
spSection
vertical specialistCross-section analysis software for reinforced concrete and structural sections with axial and biaxial response evaluation.
Integrated section balancing during structural interpretation, so edits immediately surface offset inconsistencies within the section.
spSection is a section analysis software from structurepoint.org that focuses on building and reviewing structural cross-sections tied to subsurface interpretation workflows. It supports interactive section construction with geologic feature inputs, so interpretive changes can be reflected across the section consistently.
- +Section-centric editing keeps structural geometry and annotations tightly coupled
- +Workflow support for interpreting faults and horizons within the same section canvas
- +Section balancing tools help validate that mapped offsets remain internally consistent
- +Designed for repeatable interpretation revisions rather than one-off figure exports
- –Best results require disciplined coordinate and layer conventions across projects
- –Thin support for external pipeline automation compared with API-first ETL tools
- –Geology-specific workflows can slow down tasks that only need generic viewing
- –Collaboration and governance controls are not as granular as enterprise GIS systems
Structural cross-section interpreters
Interpret faults and pick horizons
Coherent section geometry
Geology-to-model workflow teams
Section balancing with interpretation changes
Reduced rework after edits
Show 1 more scenario
Subsurface correlation analysts
Update section visuals during interpretation
Faster interpretation iteration
Change interpretive inputs and reflect updates across the section to maintain geometry consistency.
Best for: Fits when geology teams need iterative structural cross-section interpretation with geometry checks.
Datamine Studio RM
vertical specialistResource modeling software for geological sections, wireframes, block models, and estimation.
Section regeneration from project-linked picks lets updated interpretations propagate through outputs without reauthoring.
Datamine Studio RM targets reservoir and mine resource workflows with a model-first authoring approach for geologic interpretation and reporting. It supports structured section construction from subsurface datasets, including picking and interpretation layers that can be revised and re-exported through repeatable project operations.
- +Model-driven section editing keeps interpretation and outputs aligned
- +Project templates support repeatable section production workflows
- +Dataset versioning reduces rework when picks and correlations change
- +Export-ready section artifacts support downstream reporting pipelines
- –Section workflows require training to set up consistent project templates
- –Automation surface depends more on Studio RM project operations than generic schedulers
- –Large cross-team governance can demand additional process design outside the tool
- –Some integration paths rely on specific Datamine data formats and conventions
Reservoir geologists
Model-first section interpretation workflows
Regenerated section interpretations
Mine resource analysts
Regenerate section outputs after correlation updates
Less manual re-creation
Show 1 more scenario
Geoscience report production teams
Controlled section authoring with templates
Consistent geoscience-to-model results
Use project templates, controlled datasets, and task management to keep section construction consistent across iterations.
Best for: Fits when geoscience teams need repeatable section builds tied to controlled project data.
Conclusion
After evaluating 10 section analysis software, Section Properties Calculator stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Section Analysis Software
Section analysis software turns interpreted geometry into repeatable section outputs that preserve picks, interval links, and section layouts across workflows. This guide covers SkyCiv, SOFiSTiK Analysis + Design, and RISASection alongside other section-focused tools that target different iteration loops. The evaluation emphasis maps to integration depth, automation and API surface, and admin and governance controls where those surfaces exist in the supplied tool cards.
Across the reviewed set, some products center on project-bound section balancing and interpretation layer management, while others center on section property calculation or design-check automation tied to member and load combination traceability. The covered tools also diverge on how much of the workflow stays inside one modeling project versus how much can be driven externally for programmatic batch interpretation.
Section Analysis Software for repeatable cross-section geometry, properties, and interpretation outputs
Section analysis software supports creating and updating stratigraphic or structural section outputs using controlled geometry, interval-linked picks, and project-stored configuration so teams can regenerate interpretation graphics without reauthoring. Tools such as SkyCiv emphasize section template configuration to preserve layout and styling across interpretations for repeatable review outputs.
SOFiSTiK Analysis + Design focuses on section balancing tied to structural section geometry updates inside a SOFiSTiK project workflow, which keeps constraints consistent during iteration. In contrast, RISASection centers on graphical arbitrary-section construction with immediate calculation of centroid, inertia, principal-axis, torsional, and related properties. The category also includes section logging and regeneration workflows such as Response-2000 template-driven section logging and Datamine Studio RM project-linked picks that propagate updated interpretations into outputs.
Section output control, property computation, and interpretation layer governance
Section analysis software earns adoption when it keeps section geometry, interval links, and export-ready layout consistent across interpretation iterations. Teams typically measure success by how quickly regenerated outputs preserve the same picks and how reliably the tool recalculates dependent results when geometry changes.
Repeatable section templates and layout preservation
SkyCiv preserves layout and styling through section template configuration so teams can regenerate interpretation graphics without losing visual consistency. Oasys AdSec preserves interpretation layers inside a project workflow so horizon and fault revision history stays tied to well and survey context.
Geometry-to-properties calculation loops
RISASection constructs arbitrary sections graphically and immediately calculates centroid, inertia, principal-axis, torsional, and shear properties. Section Properties Calculator provides dimension-driven forms that calculate centroid, inertia, gyration, and section modulus for common structural cross-section families.
Constraint-aware section balancing and propagation
SOFiSTiK Analysis + Design ties section balancing to structural section geometry updates inside the same SOFiSTiK project workflow. SOFiSTiK’s project-bound iteration keeps constraints consistent during geometry edits and outputs for the same project session.
Measured section logging and linked regeneration workflows
Response-2000 uses template-driven section logging to keep interval-to-visual linkages attached across interpretation iterations. Datamine Studio RM regenerates sections from project-linked picks so updates propagate through outputs tied to controlled project data.
Select by workflow loop: template-driven regeneration, project-bound balancing, or property-first computation
Section analysis tools behave differently depending on whether the main iteration loop lives in a section canvas, a project workflow, or an external automation layer. The supplied tools also vary in how much integration support exists beyond interactive authoring.
Choose the regeneration model: template-driven section graphics versus project-bound interpretation layers
If the requirement is repeatable section deliverables where the same layout and styling remain stable across multiple wells, select SkyCiv because its section template configuration is built for preserving layout and styling across interpretations. If the requirement is audit-friendly revision history that ties interpretation layers to well and survey context, select Oasys AdSec because it stores interpretation layers inside a project workflow.
Match balancing ownership: keep constraints inside one modeling project or outside via automation
If structural section balancing must stay consistent during geometry updates inside one modeling project, select SOFiSTiK Analysis + Design because section balancing is tied to section geometry updates inside a SOFiSTiK project workflow. If the workflow needs iterative structural interpretation on a section canvas where edits surface offset inconsistencies, select spSection because its section-centric editing couples structural geometry and annotations.
Pick computation depth: property-first cross-section calculations versus broader modeling exports
If the primary need is fast property checks like centroid, inertia, principal-axis, torsional, and shear for arbitrary or composite sections, select RISASection because it calculates these properties immediately from graphical arbitrary-section construction. If the need is dimension-driven checks for common structural cross-section families, select Section Properties Calculator because it provides immediate geometric property calculations from section diagrams and standard section types.
Decide whether section logging must stay tightly interval-linked
If the requirement is measured section logging where annotations stay tied to stratigraphic positions, select Response-2000 because its section-linked interval logging keeps annotations tied to stratigraphic positions. If the requirement is regeneration from controlled project picks so updated interpretations propagate through outputs without reauthoring, select Datamine Studio RM because project-linked picks drive section regeneration.
Avoid tools that misalign with the target domain workflow
If the goal is geoscience-style section interpretation and regeneration, avoid Autodesk Robot Structural Analysis Professional because its section workflows are tied to 3D modeling and load combinations rather than geological section logging. If the goal is thin-section imaging and high-density imaging workloads, avoid Oasys AdSec because it has limited coverage for high-density thin-section imaging workflows.
Check automation surface expectations before committing to batch pipelines
If programmatic batch interpretation is central, avoid SkyCiv because its automation surface is limited for fully programmatic batch interpretation and API-driven integration is not the primary workflow for section edits. If integration with an external automation or orchestrator is required, avoid Section Properties Calculator because it has no documented API or batch calculation workflow and lacks CAD import and finite-element model export.
Teams that need repeatable section outputs, constraint-aware balancing, or instant section property checks
Section analysis software fits teams that must regenerate section deliverables repeatedly while keeping picks, interval links, and layout consistent. The supplied tools target different iteration loops such as template-driven 2D graphics, project-bound balancing, or property-first structural checks.
Geoscience teams producing consistent 2D section graphics across many wells
SkyCiv supports repeatable section layout configuration for consistent review outputs, and it exports cleanly for interpretation review handoffs.
Structural engineers running frequent checks on custom or built-up cross-sections
RISASection calculates centroid, inertia, principal-axis, torsional, and shear properties immediately from graphical arbitrary-section construction for quick iteration.
Teams that must keep section balancing constraints synchronized with geometry edits inside one project
SOFiSTiK Analysis + Design ties section balancing to structural section geometry updates inside a SOFiSTiK project workflow for tight loops between geometry changes and outputs.
Geoscience teams that require interval-linked measured logging and correlated cross-sections
Response-2000 preserves interval-to-visual linkages through template-driven section logging so measured section logging stays consistent across interpretation iterations.
Geoscience teams with controlled project data that must regenerate sections from picks
Datamine Studio RM uses project-linked picks so updated interpretations propagate through outputs without reauthoring the full section.
Common selection and implementation pitfalls for Section Analysis Software
Mistakes usually come from mixing domain workflows. Structural tools can deliver strong property computation but still lack geoscience logging and stratigraphic regeneration behavior.
Selecting a property-first structural tool for geology-focused section interpretation and regeneration
Autodesk Robot Structural Analysis Professional focuses on design-check automation tied to load combinations and member and section outputs, not stratigraphic section logging tied to interval-linked picks.
Expecting a public API or batch automation workflow where the tool’s primary loop is interactive project work
SkyCiv’s automation surface is limited for fully programmatic batch interpretation and API-driven integration is not the primary workflow for most section edits.
Ignoring domain-specific setup requirements for consistent results across projects
spSection can produce best results only with disciplined coordinate and layer conventions across projects because section-centric editing couples structural geometry and annotations tightly.
Overlooking limitations for high-density imaging when choosing a project-layer interpretation tool
Oasys AdSec has limited coverage for high-density thin-section imaging workflows, so it can underperform when the deliverable depends on dense imaging detail.
Assuming a calculation tool can integrate into CAD or export to finite-element workflows
Section Properties Calculator has no CAD import or finite-element model export and provides no documented API or batch calculation workflow for external pipelines.
How We Selected and Ranked These Tools
We evaluated each tool on how directly it supports repeatable section outputs through configuration, template behavior, and project-linked editing. We weighted features at 40 percent because section analysis value depends on what stays consistent across interpretation iterations and regeneration runs.
We weighted ease at 30 percent and value at 30 percent to reflect how quickly teams can run the dominant loop without extra setup friction. SkyCiv ranked highest because its section template configuration preserves layout and styling across interpretations for repeatable review outputs, and its section deliverables export cleanly for interpretation handoffs.
Frequently Asked Questions About Section Analysis Software
How does SkyCiv keep section layouts consistent across multiple wells during iterative interpretation review?
When should a structural team choose RISASection over a general section-property calculator?
What breaks if a geoscience workflow relies on external stitching instead of maintaining a single project environment?
How can Response-2000 prevent interval-to-visual mismatches when logging and correlating sections repeatedly?
Which tool supports interpretation-in-the-loop edits that immediately surface offset inconsistencies during structural section balancing?
Which integration approach fits teams comparing BigQuery Data Transfer Service, AWS Glue, and Airflow with section workflows?
What security controls matter when geoscience and structural projects require audited access to section edits?
When does Autodesk Robot Structural Analysis Professional qualify for section-driven results instead of geoscience section logging?
How does Datamine Studio RM reduce reauthoring when correlation choices change after initial section builds?
What tradeoff occurs when teams choose a structural code-check workflow tool instead of a dedicated interpretation layer tool for 2D section outputs?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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