Engineering

Engineering Behind Every Structure

Structural configuration starts with the project — not with a standard product list.

Span, height, roof geometry, bay spacing, enclosure, connections, anchorage and site conditions interact with each other. We approach temporary structures as complete structural systems rather than collections of standard components.

Philosophy

A Temporary Structure Is Still a Structure

Structural performance depends on the interaction between multiple factors. No single standard configuration is universally suitable.

SpanHeightRoof geometryBay spacingStructural profilesConnectionsAnchorageEnclosureSite conditionsApplicable requirements

System

Structural System

Every SPANSHELTER structure integrates four subsystems into a complete structural whole.

Frame

  • Columns
  • Rafters / trusses
  • Aluminum profiles
  • Connections

Roof

  • Roof structure
  • Roof covering
  • Roof geometry

Enclosure

  • PVC walls
  • Glass
  • Hard walls
  • Open configurations

Base

  • Base plates
  • Anchorage
  • Ground interface

Design

Structural Design

Engineering considerations behind every configuration decision.

Span selection

Clear width is balanced against structural depth, profile capacity and site constraints. Wider spans require deeper sections or truss configurations.

Structural geometry

Roof pitch, eave height and overall height interact to define the usable volume and structural behavior.

Profile selection

Extruded aluminum profiles are selected based on span, loading and configuration requirements.

Bay spacing

The modular bay length defines the structural rhythm and affects frame count, cost and assembly time.

Roof geometry

Gable, mono-pitch and other configurations affect drainage, snow behavior and internal volume.

System configuration

The complete structural system is configured as an integrated whole, not as isolated components.

Loads

Load & Site Considerations

Wind

  • Basic wind speed
  • Exposure / terrain
  • Building geometry
  • Wind pressure
  • Wind uplift
  • Site conditions

Snow

  • Ground snow load
  • Roof geometry
  • Snow distribution
  • Roof slope
  • Project-specific requirements

Other Loads

  • Dead load
  • Live load
  • Equipment loads
  • Suspended loads
  • Local project requirements

No universal wind or snow resistance values are published. Load assumptions are reviewed per site conditions and project-specific requirements. Final structural configuration should be evaluated according to project-specific requirements, site conditions and applicable local standards.

Site Conditions Checklist

LocationWindSnowGroundAnchorageAccessLocal requirements

Connections

Connections & Anchorage

Structural joints and ground interface define the load path from roof to ground.

Beam-to-column connections

Primary structural joints transferring roof loads to vertical members.

Rafter connections

Ridge and eave connections defining the roof geometry.

Bay connections

Longitudinal connections between frame modules.

Base plates

Interface between columns and the anchorage system.

Column bases

Load transfer from structure to ground.

Anchorage

Ground anchors, ballast or floor fixing per site conditions.

Bolted connections

Reusable bolted joints enabling assembly, disassembly and relocation.

Load transfer

Clear load paths from roof to ground through defined structural hierarchy.

Material

Aluminum Structure

The role of aluminum in modular temporary structures. Specific alloy, temper and profile dimensions are published only when verified by actual technical documentation.

Lightweight structural systems

Low self-weight reduces foundation requirements and enables fast handling.

Extruded profiles

Precision extrusion provides consistent structural sections with integrated connection features.

Modular configuration

Standardized profile systems enable flexible span, height and length combinations.

Reusability

Bolted assembly supports repeated use, relocation and reconfiguration.

Corrosion considerations

Aluminum provides inherent corrosion resistance for outdoor applications.

Surface treatment

Mill finish or anodized surfaces depending on project requirements.

Systems

Roof & Enclosure Systems

System integration rather than an accessory catalog.

Roof

Roof geometry

Gable, mono-pitch and custom geometries per project.

Fabric system

PVC membrane with tensioning and drainage provisions.

Drainage

Gutter systems and drainage paths integrated with roof geometry.

Wind / snow

Roof configuration reviewed against site-specific load conditions.

Enclosure

PVC walls

Standard weather enclosure with various opacity options.

Glass

Premium enclosure for events and hospitality applications.

Hard walls

Rigid enclosure for industrial and demanding environments.

Open configurations

Shelter-only setups without side enclosure.

Access

Sliding doors

Wide openings for vehicles and logistics.

Roller doors

Operational openings for warehouse use.

Glass doors

Presentable entrances for events and hospitality.

Custom access

Openings configured per project requirements.

Other Systems

FlooringLightingHVACGutters

Documentation

Technical Documentation

Documentation is provided according to project scope and requirements.

General arrangement drawingsStructural drawingsComponent drawingsConnection detailsMaterial informationInstallation documentationTechnical specificationsProject-specific documentation

Workflow

Engineering Workflow

The technical decision process from project requirements to project support.

01

Project Requirements

Application, function and operational constraints.

02

Site & Load Conditions

Ground, anchorage, wind and snow considerations.

03

Structural Configuration

Span, height, roof geometry, enclosure and access.

04

Profile & Component Selection

Structural members selected for the reviewed loads.

05

Connection & Anchorage Review

Joint design and ground interface verification.

06

Technical Documentation

Drawings and specifications for the configuration.

07

Manufacturing Coordination

Production planning and quality control.

08

Project Support

Delivery, installation guidance and documentation.

Evidence

Engineering Evidence

Only actual available evidence is displayed. Where documentation contains confidential information, an appropriately anonymized version is used or the item is omitted.

Structural drawings3D modelsConnection detailsProfile sectionsLoad calculationsProject documentationManufacturing details

Engineering evidence is being compiled. Verified drawings, models and documentation will be added as they become available.

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