An underground structure called a siphon allows irrigation of water canals and channels
to pass underneath water drains. Three groups of loads that may have an impact on the
siphon’s Geotechnical stability are: (1) loads brought about by traffic and truck duties on
bridges; (2) loads brought about by drain water on the siphon’s body; and (3) loads
brought about by irrigation channels and the dynamic movement of sandals and bots.
To address the problem, surveying was done to see if the body of the submerged
Syphon had any deformations. A ground penetrating radar study of the research area
will be used to pinpoint the exact location of the damaged parts and the areas of
deformation in the body of the submerged Syphon. On the southwesterly side (the exit),
three GPR profiles were made, and on the northeastern side (the mouth), five. To display
the covered drainage body’s infrastructure, the measured GPR data were processed
differently. Deformities and distortion areas in the body of the submerged siphon
were discovered at various places and depths on the two sides of the siphon after the
processed data were analyzed.