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Calculation Reports & Wind Resistance – Inflatable Structures

We produce calculation reports dedicated to inflatable structures, with a focus on wind resistance, stability and anchoring systems. We can complement these studies with embedded measurements (tension, displacement, pressure, etc.) to validate assumptions and document performance.
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Wind resistance calculation reports and instrumentation for inflatable structures

What is a calculation report used for on an inflatable structure?

A calculation report helps technically justify an inflatable structure’s performance in its operating conditions: wind, stability, loads, anchoring and safety margins. Depending on project constraints, we complement the study with embedded instrumentation to measure loads and confirm real-world behavior.
Diagram: wind, anchoring, internal pressures and embedded measurements
Wind sizing & stability
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Analysis of wind-induced loads, overall stability, gust effects, and representative load cases.

Anchoring & interfaces
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Verification of anchors, attachment points, straps, ground interfaces and load transfer.

Pressures & structural integrity
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Internal pressures, stiffness, critical areas, assemblies and safety margins.

Validation through measurement (optional)
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Embedded sensors (tension, displacement, pressure) to confirm assumptions and document performance.

Calculations + measurements: securing and documenting performance

Our studies combine technical justification and, when needed, validation through instrumented tests. The goal: reduce uncertainty, secure decisions (anchoring, operating limits, procedures) and provide usable deliverables.

Wind resistance

Wind resistance

Wind resistance

Load cases, stability, gust effects and recommendations for operating limits.

Anchoring & tension

Anchoring & tension

Anchoring & tension

Anchor sizing and measurement of tensile loads at critical points.

Displacement & deformation

Displacement & deformation

Displacement & deformation

Measurement of movements (deflection, deformation, drift) to validate real behavior.

Pressure & integrity

Pressure & integrity

Pressure & integrity

Internal pressure monitoring and assessment of structural integrity under operating conditions.

Sensors & instrumentation: what we measure

Inflatable structures can be instrumented to observe their real-world behavior. We define a measurement plan (sensors, locations, sampling frequency, duration) and then deliver a report with key indicators and recommendations.

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Tension / loads
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Measurement of loads on straps, anchors and attachment points (critical areas).

Displacement / drift
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Measurement of movements and deformations (deflection, lateral drift, positional stability).

Internal pressure
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Pressure monitoring and variations depending on wind, temperature and use.

Temperature (optional)
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Temperature measurement to correlate pressure, material behavior and environmental conditions.

Acquisition & traceability
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Timestamping, logging, data export and an actionable summary to support decision-making.

Our method: calculations, instrumentation, reporting

We start from the operating conditions (site, wind, anchoring, operation), produce the calculation report, then instrument if needed to confirm real behavior and formalize recommendations.

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1) Scoping & input data

Geometry, materials, use case, environment, wind constraints, operating rules.

2) Calculation report & recommendations

Load cases, checks, anchoring, margins and proposed operating limits.

3) Embedded measurements & report

Measurement plan, sensors, acquisition, analysis and actionable summary.

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Let’s start your calculation report

Do you need a calculation report (wind, stability, anchoring) or an embedded measurement system (tension, displacement, pressure)? Contact us: we’ll define the scope, deliverables and validation plan.