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Utilities PowerTop 10 Best Fire Sprinkler Hydraulic Calculation Software of 2026
Ranked roundup of fire sprinkler hydraulic calculation software tools, comparing features and tradeoffs for engineers and contractors.
How we ranked these tools
An editor sets the topic, the inclusion criteria, and the evaluation framework before research starts.
AI search agents find sources, extract figures with provenance, and aggregate written reviews. They also transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
AutoSPRINK is the best choice for contractors and engineers who need consistent hydraulic recalculation and report output during design iterations, thanks to its remote-area analysis tied to a network model with report-ready results; Pipe Flow Expert is the better fit when sprinkler teams just need fire-focused hydraulic reporting and PDF deliverables.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
AutoSPRINK
Remote area analysis tied to a network model with report-ready hydraulic calculation outputs.
Best for: Fits when contractors or engineers need consistent hydraulic recalculation and report output for design iterations.
Pipe Flow Expert
Editor pickFire-focused hydraulic reporting that ties network results to sprinkler discharge and residual pressure outputs.
Best for: Fits when sprinkler design teams need repeatable hydraulic calculations with PDF deliverables.
FluidFlow
Editor pickReport generation that keeps computed hydraulic results connected to the modeled design inputs for revision cycles.
Best for: Fits when hydraulic calculation outputs must stay tied to a modeled piping network across revisions.
Comparison Table
AutoSPRINK
enterpriseFire sprinkler design software with hydraulic calculations, CAD drafting, and system documentation.
Remote area analysis tied to a network model with report-ready hydraulic calculation outputs.
AutoSPRINK’s core value comes from running a hydraulic calculation engine against an underground and aboveground pipe network model to produce flow demand, pressure loss, and residual pressure results across a design area. AutoSPRINK’s reporting output packages the hydraulic results into a PDF-style calculation document, which reduces the friction of compiling project documentation. The automation layer focuses on recalculation when nodes, elevations, pipe segments, and sprinkler layouts change, which supports design iteration without re-entering every intermediate assumption.
A key tradeoff is that project setup still requires accurate network geometry and fixtures so the node demand and pressure loss results reflect the intended layout. AutoSPRINK fits best when a team has consistent inputs from the field or CAD-derived takeoff and needs frequent recomputation for design area selection and remote area scenarios. It is less ideal when a workflow depends on rapid exploratory what-if runs without maintaining a structured pipe network model.
- +Repeatable hydraulic calculation workflow for iterative sprinkler designs
- +Structured hydraulic calculation reporting for documentation packages
- +Network-based pressure loss and elevation loss calculations
- +Remote area and design area evaluations built into analysis runs
- –Model accuracy depends on disciplined network and node setup
- –Iteration speed slows when layouts require frequent rebuilds
Fire protection engineers
Design area and remote area checks
Faster rechecks across iterations
Plan reviewers
Reviewing consistent calculation documentation
More traceable documentation
Show 1 more scenario
Contracting design teams
Underground and aboveground network modeling
Fewer manual calculation errors
Computes pressure loss including elevation effects across pipe segments feeding sprinklers and hydrant interfaces.
Best for: Fits when contractors or engineers need consistent hydraulic recalculation and report output for design iterations.
Pipe Flow Expert
SMBGeneral pipe network analysis software for pressure loss, flow distribution, and pump system calculations.
Fire-focused hydraulic reporting that ties network results to sprinkler discharge and residual pressure outputs.
Pipe Flow Expert is a strong fit for teams that need sprinkler system hydraulic calculation for underground and aboveground pipe networks, including remote area analysis and design area handling. The core workflow centers on building a pipe network model, running hydraulic analysis, and exporting a PDF hydraulic calculation report with sprinkler discharge and minimum residual pressure outcomes. The interface supports parameter entry that aligns with typical system elements such as backflow preventers, hydraulic alarm valves, and fire pump curve inputs.
A tradeoff appears in governance and extensibility control, since there is no emphasis on RBAC, audit log, or automated provisioning style administration in typical usage. It tends to work best when a small design team wants consistent calculations across revisions and can standardize pipe and sprinkler parameter templates without relying on external orchestration or code-level integration.
- +Sprinkler-focused hydraulic analysis with detailed pressure loss outputs
- +Report generation that matches common hydraulic calculation deliverables
- +Handles both underground and aboveground pipe network modeling
- +Supports remote and design area calculations in a single workflow
- –Automation and API surface is limited for external workflow orchestration
- –Model setup can be time-consuming for complex, large networks
Fire protection engineers
Designing a new NFPA 13 system
Consistent calculations for submittals
Sprinkler design techs
Revision control for design iterations
Faster iteration between submittals
Show 2 more scenarios
Consulting firms
Remote area analysis across zones
Clear documentation of critical areas
Run hydraulic analysis that targets the required remote design areas and aggregates outputs into a single deliverable.
Hydraulic review support
Evaluating pump and water supply impacts
More reliable supply adequacy checks
Combine water supply curve and fire pump curve inputs with network pressure loss to check available pressure at discharge points.
Best for: Fits when sprinkler design teams need repeatable hydraulic calculations with PDF deliverables.
FluidFlow
enterprisePipe network simulation software for fire protection system hydraulic calculations.
Report generation that keeps computed hydraulic results connected to the modeled design inputs for revision cycles.
FluidFlow is geared toward teams that need repeatable sprinkler system hydraulic analysis from a pipe network model to a design-area demand outcome. It is distinct from calculator-only tools because it emphasizes end-to-end workflow inputs that remain connected to computed results and report output. FluidFlow is best aligned with projects where the same system is revised multiple times and calculation outputs must stay consistent across iterations.
A tradeoff is that FluidFlow depends on accurate network modeling inputs because incorrect pipe lengths, elevations, or component assumptions propagate into hydraulic alarms and final residual pressures. It fits usage situations where hydraulic calculation report generation matters alongside the calculation engine, such as plan review support and internal design documentation.
- +End-to-end hydraulic workflow from modeled piping to report-ready outputs
- +Configurable pressure-loss and system assumptions for iterative design changes
- +Focused inputs for sprinkler discharge and residual pressure outcomes
- +Consistent results when updating network geometry and component parameters
- –Model correctness is tightly coupled to input data quality and assumptions
- –Some advanced project documentation workflows require manual cleanup
Sprinkler design engineers
Iterative design of complex piping layouts
Faster revision turnaround
Fire protection plan reviewers
Cross-checking design-area hydraulic results
Clearer review artifacts
Show 2 more scenarios
Hydraulic calculation drafters
Standardizing calculations across projects
More consistent submittals
Reuses a consistent input approach so results follow the same calculation workflow each time.
Consulting fire protection teams
Documentation for internal approval gates
Better internal traceability
Produces report outputs that support internal signoff alongside updated hydraulic findings.
Best for: Fits when hydraulic calculation outputs must stay tied to a modeled piping network across revisions.
Canute FHC
vertical specialistFire hydraulic calculation software for sprinkler, hydrant, and standpipe system design.
Report-ready calculation documentation with consistent per-design-area structure for sprinkler hydraulic analysis.
Canute FHC is a hydraulic calculation tool for sprinkler system hydraulic analysis that focuses on repeatable design-area computations and report-ready outputs. It supports typical fire protection workflows such as modeling pipe networks, assigning sprinkler discharge and nodal demands, and calculating pressure loss and residual pressure outcomes.
- +Produces structured hydraulic calculation outputs suitable for review workflows
- +Handles multi-area sprinkler system calculations with consistent input reuse
- +Manages pipe friction and elevation effects across the network model
- +Supports common fire protection modeling constructs like nodes and demands
- –Automation depth for bulk edits is limited compared with higher-ranked tools
- –Large network edits can feel slower than worksheet-first calculation tools
- –Integration options for CAD or BIM coordination are not as direct as peer tools
- –Some advanced pump and water supply modeling steps require manual setup discipline
Best for: Fits when teams need repeatable sprinkler hydraulic calculations with clear, report-oriented outputs and disciplined input control.
SprinkCAD
enterpriseFire sprinkler design software with CAD modeling and hydraulic calculation capabilities.
Design-area driven calculation setup that keeps results tied to a specific portion of the sprinkler layout for revision control.
SprinkCAD produces sprinkler system hydraulic calculation outputs by building a pipe network and running pressure and flow iterations across the selected design area. It focuses on workflow features tied to sprinkler system hydraulic analysis, including node demand handling, pipe friction loss computation, and results organized for reporting. SprinkCAD also supports collaboration through exportable calculation documentation, so teams can reuse the computed outcomes in downstream design and review steps.
- +Network-style editing helps keep node demand and piping consistent
- +Report-ready output organizes hydraulic results for plan review
- +Calc runs are tied to selectable design-area assumptions
- +Calculation output supports repeatability across revisions
- –Automation and API surface are limited for batch or CI workflows
- –Modeling complex multi-zone layouts takes careful manual setup
- –CAD or BIM integration depth is not strong enough for round-trip coordination
- –Less suited to advanced custom engineering pipelines
Best for: Fits when teams need repeatable sprinkler hydraulic calculations with report-ready outputs and controlled design-area assumptions.
HydraCALC
vertical specialistHydraulic calculation software for fire sprinkler and standpipe system analysis.
HydraCALC’s reporting ties calculated hydraulic paths to the entered sprinkler and pipe network inputs for plan review documentation.
HydraCALC supports sprinkler system hydraulic analysis with an input flow built around real design objects like sprinklers, valves, and pipe runs. The calculation engine handles pressure loss across pipe segments using standard headloss approaches and produces a hydraulic result summary for the selected design area.
- +Project-centric sprinkler and pipe entry workflow for repeatable calculations
- +Generates hydraulic calculation report outputs suitable for plan handoff
- +Supports water supply and pressure loss computations tied to design paths
- +Clear separation between network inputs and calculated results
- –Limited public information on automation and API surface for integrations
- –Network modeling workflows can feel manual on large, complex layouts
- –Report customization depth may lag teams needing highly standardized templates
- –Reviewing remote area results can require extra steps compared with guided wizards
Best for: Fits when sprinkler hydraulic calculations need repeatable reporting without heavy integration engineering.
FHC
vertical specialistFire hydraulic calculation software developed by a UK-based specialist.
Remote area analysis tied to the same pipe network model reduces re-entry when switching between design areas.
FHC from tyak.co.uk focuses on building and running sprinkler system hydraulic calculations around a pipe network workflow with clear inputs for flow demand, sprinkler discharge, and pressure requirements.
- +Pipe network workflow keeps node demand and connectivity visible during edits
- +Pressure loss results track friction and elevation impacts through the full run
- +Report output packages hydraulic results into a review-ready deliverable format
- +Remote area analysis supports multi-area designs without manual rework
- –Complex projects require careful data entry to avoid inconsistent node attributes
- –Automation and API surface are not described as first-class capabilities
- –CAD or BIM import paths are not a prominent part of the documented workflow
- –Scenario scaling across many design options can feel manual in practice
Best for: Fits when fire sprinkler teams need repeatable network-based hydraulic calculations and consistent report outputs.
EPANET
SMBPublic-domain water distribution modeling software adaptable for fire sprinkler hydraulic analysis.
Hydraulics solver input is driven by a detailed pipe network model that enables repeatable, scriptable scenario reruns.
EPANET is a hydraulic calculation engine used for sprinkler system hydraulic analysis with an explicit pipe network model and time-step simulation capabilities. EPANET’s core strength is its ability to compute node demand under varying flow conditions and to calculate pressure and head losses across large underground and aboveground networks.
- +Time-step hydraulics support transient-ready analysis of network behavior
- +Supports both Hazen-Williams and Darcy-Weisbach friction loss formulations
- +Produces consistent node pressures and pipe flow results for iterative design
- +Works directly from a pipe and node network model without heavy abstraction
- –Sprinkler-centric workflows require manual mapping from design data
- –Less automation around standards-driven design area staging and remote area analysis
- –Fewer built-in reporting formats than dedicated sprinkler-focused tools
- –API and integration options are limited compared with modern calculation platforms
Best for: Fits when teams need reproducible sprinkler network hydraulics from a defined pipe-node model without relying on a GUI-first workflow.
Hcalc
SMBStandalone hydraulic calculator for fire sprinkler system design.
Report-centric sprinkler network workflow that ties design area inputs to pressure loss and residual constraints in one calculation run.
Hcalc performs sprinkler system hydraulic analysis by building a pipe network model and running a hydraulic calculation engine to size flow and pressure loss across the design area. The software supports Hazen-Williams friction loss calculations and produces hydraulic results that connect sprinkler discharge demand to minimum residual pressure constraints.
- +Supports sprinkler pipe network modeling with node-level demands and elevations
- +Uses Hazen-Williams friction loss for sprinkler hydraulic analysis
- +Produces hydraulic calculation reports for distribution and review packages
- +Handles both underground and aboveground piping layouts within one workflow
- –Limited automation depth for integration beyond importing inputs and exporting reports
- –Fewer administration and governance controls than engineering teams expect
- –Workflow can feel manual when iterating complex design area scenarios
- –Less visibility into calculation settings when debugging marginal failures
Best for: Fits when sprinkler hydraulic calculations are mostly report-driven and teams need consistent network results.
Elite FIRE
SMBFire sprinkler hydraulic calculation software for water flow, pressure, and pipe network analysis.
Report generation that ties hydraulic assumptions and network results into a single deliverable per calculation run.
Elite FIRE from elitesoft.com supports sprinkler system hydraulic analysis with a calculation workflow geared toward producing NFPA 13 style results and printable deliverables. The tool handles common hydraulics inputs like node demand and pipe friction loss, then carries them through a network model to compute flows and pressures.
- +Clear sprinkler hydraulic workflow from inputs to report output
- +Consistent network recalculation for iterative design changes
- +Handles key pressure loss components and elevation effects
- +Produces plan-ready hydraulic calculation reporting from a single run
- –Automation and API surface is not clearly documented for integration
- –Complex network edits can be slower than model-first CAD workflows
- –Less tailored support for unusual distribution topologies than niche tools
- –Template-driven outputs can limit report customization depth
Best for: Fits when fire protection teams need repeatable sprinkler hydraulic recalculation and PDF reporting for code-oriented submittals.
How to Choose the Right Fire Sprinkler Hydraulic Calculation Software
Fire sprinkler hydraulic calculation software turns sprinkler discharge, node demand, pipe friction loss, and elevation loss into plan review-ready results that map inputs to repeatable hydraulic calculation runs. This guide covers AutoSPRINK, Pipe Flow Expert, FluidFlow, Canute FHC, SprinkCAD, HydraCALC, FHC, EPANET, Hcalc, and Elite FIRE.
The strongest differentiators show up in how each tool structures report output, manages sprinkler and network assumptions during revision cycles, and supports automation for external workflows. The sections that follow focus on those execution details, not generic workflow descriptions.
Fire Sprinkler Hydraulic Calculation Software for repeatable sprinkler system hydraulic analysis
Fire sprinkler hydraulic calculation software models a sprinkler system as a pipe network so calculated pressure loss and residual pressure can be checked against design-area flow demand and minimum residual pressure targets. Tools such as AutoSPRINK emphasize remote area analysis tied to a network model so iterative design recalculation produces report-ready hydraulic calculation outputs.
Pipe Flow Expert focuses on sprinkler-centric reporting that connects network results to sprinkler discharge and residual pressure outputs for consistent PDF hydraulic calculation deliverables. FluidFlow adds an orientation toward keeping computed hydraulic results connected to modeled design inputs so revision cycles preserve traceability from network edits to report-ready outputs.
Execution features that shape sprinkler hydraulic calculation outputs
Tool structure matters because sprinkler discharge and residual pressure outputs can drift when the calculation run breaks traceability between node demand, pipe geometry assumptions, and design-area staging. Pipe Flow Expert focuses on sprinkler-centric hydraulic reporting with PDF deliverables, while FluidFlow keeps computed hydraulic results connected to the modeled design inputs for revision cycles.
Remote area and multi-area staging tied to a network model
AutoSPRINK ties remote area analysis to a network model and produces report-ready hydraulic calculation outputs for design iterations. FHC also ties remote area analysis to the same pipe network model to reduce re-entry when switching between design areas.
Sprinkler-centric hydraulic reporting that maps results to sprinkler discharge and residual pressure
Pipe Flow Expert centers hydraulic reporting on sprinkler discharge and residual pressure outputs and supports PDF deliverables that match common hydraulic calculation deliverables. HydraCALC generates hydraulic calculation report outputs that tie calculated hydraulic paths back to entered sprinkler and pipe network inputs for plan review documentation.
Revision-cycle traceability from modeled inputs to report outputs
FluidFlow keeps computed hydraulic results connected to modeled design inputs so revision cycles preserve traceability across network edits. SprinkCAD keeps results tied to a specific portion of the sprinkler layout via design-area driven calculation setup for revision control.
Report-ready calculation documentation with consistent per-area structure
Canute FHC produces structured hydraulic calculation outputs with consistent per-design-area structure for sprinkler hydraulic analysis. Elite FIRE generates a single deliverable per calculation run that ties hydraulic assumptions and network results into report output.
Integration depth and automation surface for external workflow orchestration
AutoSPRINK fits teams that need consistent hydraulic recalculation and report output during design iterations, which supports external workflow integration in practice through repeatable outputs. Pipe Flow Expert shows limited automation and API surface for orchestration, while HydraCALC provides limited public information on automation and API surface.
Network modeling workflow effort for complex projects
EPANET supports reproducible sprinkler network hydraulics from a defined pipe-node model with a solver input driven by the pipe network model. Pipe Flow Expert can require time to set up complex large networks, and AutoSPRINK slows down when layouts require frequent rebuilds.
Choose by calculation workflow shape, report traceability, and automation expectations
The decision hinges on whether the team needs remote area analysis tied to the same network model, sprinkler-centric PDF hydraulic calculation deliverables, or traceable revision reporting that stays connected to modeled inputs. Automation expectations also split the market, since some tools provide clear orchestration paths while others keep integrations outside the product core.
Pick the tool whose calculation run structure matches the revision style
Choose AutoSPRINK when the workflow demands remote area analysis tied to a network model and consistent hydraulic calculation outputs during iterative sprinkler design changes. Choose SprinkCAD when design-area driven calculation setup and report-ready outputs tied to a specific portion of the layout matter for revision control.
Decide whether sprinkler discharge reporting or network-first modeling drives plan review
Choose Pipe Flow Expert when the team needs sprinkler-focused hydraulic analysis that ties network results to sprinkler discharge and residual pressure outputs with PDF deliverables. Choose EPANET when reproducible hydraulics from a detailed pipe-node model matters more than sprinkler-centric GUI-first staging.
Match report traceability requirements to the connection between inputs and outputs
Choose FluidFlow when revision cycles require computed hydraulic results to stay connected to modeled design inputs for report-ready outputs. Choose HydraCALC when plan review documentation depends on report outputs that tie calculated hydraulic paths to the entered sprinkler and pipe network inputs.
Set expectations for automation and external workflow orchestration
Choose AutoSPRINK if repeatable hydraulic calculation outputs during iterative work need to plug into external document packages with less friction than automation-light tools. Choose Pipe Flow Expert when limited automation and API surface is acceptable for the workflow, since it limits external workflow orchestration.
Select based on how large network work is handled
Choose EPANET when the calculation approach needs time-step hydraulics support driven by a defined pipe-node model for network behavior reruns. Choose AutoSPRINK carefully if frequent layout rebuilds on complex projects slow iteration and the model accuracy depends on disciplined network and node setup.
Who benefits from these sprinkler hydraulic calculation execution choices
Engineers, contractors, and fire protection document teams also need governance over input consistency, since model correctness depends on disciplined node and network attributes. Some tools keep automation minimal, so teams should pick based on expected integration effort rather than assuming every tool supports orchestration.
Design iterations with frequent layout changes
AutoSPRINK fits teams that need repeatable hydraulic calculation workflows for iterative sprinkler designs with structured report outputs. FluidFlow fits teams that require revision-cycle traceability where report outputs stay connected to modeled design inputs.
Fire protection plan review teams focused on discharge and residual pressure deliverables
Pipe Flow Expert fits when sprinkler design teams need sprinkler-focused hydraulic analysis tied to sprinkler discharge and residual pressure outputs with PDF deliverables. HydraCALC fits when plan handoff relies on report-centric outputs that tie hydraulic paths to entered sprinkler and pipe network inputs.
Contractors or engineers coordinating across multiple design areas
AutoSPRINK supports remote area analysis tied to a network model so recalculation stays report-ready across design iterations. Canute FHC fits when teams require consistent per-design-area report structure suitable for review workflows.
Teams that need a solver-driven pipe network model for reproducible reruns
EPANET fits when reproducible sprinkler network hydraulics from a defined pipe-node model matters and scenario reruns must be repeatable. It also supports both Hazen-Williams and Darcy-Weisbach friction loss formulations for differing analysis needs.
Document-focused workflows that want clear per-run deliverables
Elite FIRE fits when fire protection teams need repeatable sprinkler hydraulic recalculation with PDF reporting structured as a single deliverable per calculation run. Hcalc fits when calculations are mostly report-driven and results tie to pressure loss and residual constraints in one calculation run.
Common failure modes when selecting sprinkler hydraulic calculation software
Teams also run into integration surprises when automation and API surface are limited, which forces extra manual steps for document packaging. The output can still be usable, but the team must plan for the automation gaps early.
Assuming report output will stay traceable without disciplined network and node setup
AutoSPRINK’s model accuracy depends on disciplined network and node setup, so inconsistent node attributes create calculation drift. HydraCALC also ties reporting to entered sprinkler and pipe network inputs, so input hygiene directly affects output consistency.
Choosing a tool that matches small layouts but slows down on frequent large network edits
AutoSPRINK can slow iteration when layouts require frequent rebuilds, so teams with high change frequency should validate speed on their own complexity. Pipe Flow Expert notes that model setup can be time-consuming for complex large networks, so plan for upfront modeling effort.
Overestimating automation and API surface for external workflow orchestration
Pipe Flow Expert shows limited automation and API surface for external workflow orchestration, which can block CI-style calculation pipelines. HydraCALC also provides limited public information on automation and API surface, so integration plans should not assume first-class orchestration.
Mixing sprinkler-centric reporting expectations with network-first tool workflows
Tools like EPANET drive hydraulics from a detailed pipe network model, so sprinkler-centric workflows can require manual mapping from design data. Hcalc is report-centric and uses Hazen-Williams for sprinkler hydraulic analysis, so teams expecting broader network workflow automation may hit limits.
How analysts built the sprinkler hydraulic calculation software shortlist
Analysts opened the original publication and copied each figure shown beside the passages that described specific software behaviors. Analysts then compared those copied figures with official product documentation and the changelog for each tool, and they used an independent review only when it was cited in the original publication.
Analysts kept a tool when the figure matched the documentation and treated the standout differentiator as the core reason it stayed on the shortlist, which keeps AutoSPRINK’s remote area analysis tied to a network model as a recurring selection anchor. The shortlist also stayed aligned with tooling that produces report-ready hydraulic calculation outputs suitable for documentation packages, since that output shape is repeatedly described across the AutoSPRINK, Pipe Flow Expert, FluidFlow, Canute FHC, and SprinkCAD cards.
Frequently Asked Questions About Fire Sprinkler Hydraulic Calculation Software
Which tools handle remote area analysis with repeatable network-based reporting?
How do these tools connect sprinkler discharge demand to residual pressure outcomes in a single run?
When do engineers prefer an engine-driven approach like EPANET over GUI-first hydraulic calculators?
What breaks if a project workflow depends on detailed BIM or CAD-to-model automation?
Which products generate structured NFPA-style hydraulic calculation report documentation?
How is pressure loss broken down so engineers can audit hydraulic paths across iterations?
Which tools support file-based report workflows that fit batch or offline recalculation?
How do teams migrate existing calculation basis-of-design inputs into a new tool workflow?
What tradeoff appears when the team needs deep extensibility versus controlled calculation documentation structure?
Conclusion
After evaluating 10 fire sprinkler hydraulic calculation software, AutoSPRINK 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.
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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