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We are offering a web service in which all design applications are available in one place. All applications in the service are new and the original focus has been to create easy to use Eurocode based design applications made available as a web service. In addition to individual design applications the web service also includes a framework to store the projects and all calculations made for those projects.

Reinforced concrete structures

Applications are including the design according Eurocode 1992-1-1 with selected national annex in ultimate and serviceability limits states.

Column footing

  • Column/wall footing on ground
  • Vertical and horizontal forces and moments as external actions
  • Permanent and variable (0-5) actions. Load combinations.
  • Calculation and checking of bearing resistance by EN1997-1
  • Calculation and checking of bending, shear and punching resistance
  • Calculation and checking of crack width and stresses
Anturan käyttöliittymä

Reinforced concrete beam

  • Single span rectangular beam
  • Constant distributed loading
  • Calculation and checking of bending and shear resistance
  • Calculation and checking of crack width and stresses
Teräsbetonipalkki

Reinforced concrete column

  • One story column
  • Axial force and bending moment
  • Calculation of 2nd order moment by nominal curvature
  • Checking of compression and bending resistance
  • Calculation and checking of crack width and stresses
Teräsbetonipilari

Reinforced concrete cross section

  • Axial force and bending in two directions
  • Symmetric or asymmetric reinforcement
  • Load combinations
  • Checking of compression and bending resistance
  • Calculation and checking of crack width and stresses
Teräsbetonipoikkileikkaus

Continuous reinforced concrete beam

  • Cantilevers and 1-8 mid spans
  • Unlimited number of loadings. Distributed and point loads
  • Automatic load combinations and loading patterns for variable actions
  • Calculation of effects of actions by linear elastic theory
  • Optional redistribution of support moments
  • Easy selection of reinforcement at support and mid spans
  • Calculation and checking of bending and shear resistances
  • Calculation and checking of crack widths and stresses
Jatkuva teräsbetonipalkki

Reinforced concrete corbel

  • Vertical and horizontal loadings.
  • Permanent and variable actions. Load combinations.
  • Calculation by strut and tie method including the angle of compression strut.
  • Calculation of resistance by actual reinforcement.
  • Calculation and checking of node stresses
Lyhyt teräsbetoniuloke

Steel structures

Applications are including the design according Eurocode 1993-1-1 and 1993-1-5 with selected national annex in ultimate and serviceability limits states.

Steel beam

  • Cantilever or single span beam
  • Support for cross section classes 1-4
  • Distributed loading
  • Calculation and checking of bending resistance
  • Calculation and checking of lateral bucking moment and lateral buckling resistance
  • Calculation and checking of shear buckling resistance
  • Calculation and checking of deflection
  • Optional searching of lightest profile
Teräspalkki

Steel column

  • Axial force and bending in two directions
  • Support for cross section classes 1-4
  • Calculation and checking of bending resistances
  • Calculation and of bucking force and buckling resistance
  • Checking of combined bending and compression resistance
  • Optional searching of lightest profile
Teräspilari/puristettu sauva

29.9.2009 11:02

New web site is open




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