Applications - brief descriptions


 

The highlighted applications are available with English manuals. The relevant European Standards BS EN 199x have been implemented in these applications. Manuals of applications that are greyed out are currently only available in German.

All applications are available with english desktop, input/output.

 

Complete overview of product information sheets

Brief descriptions of FRILO programs as PDF-files.  

Additional information:

- Documentation 

- Hardware / System configuration

 

The Frilo building model

Building

GEO


Beam

Continuous beam

- Options: Biaxial analysis of reinforced concrete, steel, timber beams. Output of reinforcement design to CAD format.

DLT (Engl.)


Slabs and flat plates - FEM

Continuous slabs IAW Pieper/Martens

PL5

Slabs by finite elements

PLT (Engl.)

Flat plates by finite elements

SC7


Masonry

Masonry - multi level

MWM

Masonry - basement wall

MWK (Engl.)

Masonry - column

MWP (Engl.)

Masonry - design

MWX (Engl.)


Reinforced concrete

Dimensioning of concrete

 - Additional option: General cross section biaxial

B2 (Engl.)

Reinforced concrete column

 - Additional option: Hot design

B5 (Engl.)

Punching shear analysis

B6

Flight of stairs

B7

Prestressed concrete girder

B8

Reinforced concrete corbel

B9

Notched bearing

B10

Crack width evidence

B11

Dynamically balanced tank

BHA

Durability and fire protection

BX


Framework

Plane frame + girder grillage

 - Additional option: Three-dimensional frame

ESK/RS/TRK


Steel

Steel column

ST1

Single-span steel girder

ST2

Base plate - steel column

ST3

Girder support

ST4

Welding seam

ST5

Restrained base of steel column

ST6

Structural safety analysis for steel

ST7

Standardized connections IAW DSTV

ST8

Steel screw connections

ST9

Steel screwed frame corners

ST10

Steel stiffening bracing

ST12

Shear field rigidity

ST13

Welded frame corners of steel

ST14

Stability analysis for steel

STX

Shop frame

S7

Steel chimneys

S8

Craneway girder

S9

Aerial calculation

ATB

Bending torsion theorem

 - Additional option: BTII flexural buckling

BTII

Slab buckling

PLII

Polygonal cross section of steel structural section

Q3


Foundation

Isolated bucket foundation

FD

Single foundation

FDB

Edge strip foundation

FDR

Strip foundation

FDS


Soil analysis

Beam on elastic bedding

BEB

Basement wall

BWA

Earth pressure calculation

EDB

Ground failure analysis

GBR

Sheet piling

SPU

Beam planking

TRA

Cantilevered retaining wall

WSM


Roof construction

Collar-beam roof, symmetrical

D1

Purlin roof, symmetrical

D2

Rafter roof, symmetrical

D3

Collar-beam roof, asymmetrical

D5

Hip rafter / valley rafter

D6

Collar and articulated purlins

D7

Strutted ridge beam

D8

Continuous rafter

D9

Laminated timber truss

D10

General purlin roof

D11

General collar-beam roof

D12


Timber construction

Timber column

HO1

Connection with offsetting

HO2

Tension joint

HO3

Glued laminated girder

HO4

Shear-connected beam

HO5

Frame corner

HO6

Timber beam

HO7

Lattice truss

HO8

Stiffening bracing

HO9

Vertical bracing

HO10

Timber design

HO11

Timber construction details

HO12

Connections in timber construction

HO13

Latticed girder timber/steel

FWT


Composite construction

Composite column

V1


Miscellaneous

Load summary

LAST

Polygonal cross sections

Q2

Tunnel frame on elastic bedding

TEB

Bill of materials (sectional steel)

SL3

Distribution of wind loads with graphic input

WL

Wind and snow loads

WS