You may download Zip-Files with application examples for single girder and double girder cranes.
After opening the Zip-files you must copy the project directories into the respective directories
...\Daten\EPROJEKTE for single girder cranes or into ...\Daten\ZPROJEKTE for double girder cranes.
Single girder cranes:
BSP1Wk
Crane with cantilever crab and lateral support. Test the optimization tool and compare dead weights of various bridge girder variants.
Classes S3 and Sc3 for the proof of fatigue strength are preset. Test the possibility to define crab movements and see the effect on the values sm and sc.
BSP2Wk
Identical crane as in example BSP1Wk, however with crab support below flange. Test the optimization tool and compare dead weights of various bridge girder variants.
Classes S3 and Sc3 for the proof of fatigue strength are preset. Test the possibility to define crab movements and see the effect on the values sm and sc.
BSP3Hk
Suspension crane with end carriage as box girder below crane runway.Test the optimization tool and compare dead weights of various bridge girder variants.
Classes S3 and Sc3 for the proof of fatigue strength are preset. Test the possibility to define crab movements and see the effect on the values sm and sc.
BSP4Hk
Identical crane as in example BSP3Hk, however with encarriage withc U-profile lateral to crane runway. Test the optimization tool and compare dead weights of various bridge girder variants.
Classes S3 and Sc3 for the proof of fatigue strength are preset. Test the possibility to define crab movements and see the effect on the values sm and sc.
BSP1Ztr
Crab with drum orientation in crane travel direction. Test the optimization tool and compare dead weights of various bridge girder variants.
Classes S3 and Sc3 for the proof of fatigue strength are preset. Test the possibility to define crab movements and see the effect on the values sm and sc.
BSP2Ztr
Identical crane as in example BSP1Ztr, however with crab with drum orientation in crab travel direction.
Compare the effect on the bridge girder and crane runway loads. Some crab movements are preset and sm and sc values show the effect.
BSP3Ztr
Identical Basis data as in example BSP1Ztr, however crane is designed with 8 wheels and end carriage coupling.
Compare the loads acting on the crane runway. Some crab movements are preset and sm and sc values show the effect.
BSP4Ztr
Identical Basis data as in example BSP1Ztr, however bridge girder with crab rail in middle of upper flange.
Test optimization results for such girders.