RS Deformation

RS Deformation Spells

With multiple rows of deformation sensors and highest number of direct wall sensors, no anomaly gets past RS Deformation. Low mass, linear response sensing fingers mean lower time constant.

RS Deformation Gets it Done

RS Deformation tools are capable of negotiating 30% or more restrictions and most 1D Radius bends. Light weight tool construction mean low friction and reduced pressure – flow requirements.

High Technology, Low Costs

RS Deformation is based on EnviroCal’s time tested revolutionary operations model. RS Deformation tools are also offered with no technician resulting in incredible cost savings.

Trusted Technology With a New PerspectIve

Available in sizes 3”thru 14”, RS Deformation tools have highest geometry sensor density with guaranteed 100% plus pipeline coverage and multiple rows of low mass sensing fingers.

Insightful Inertial Mapping

RS Deformation inspection tools combine the effectiveness of conventional deformation tools with the unique and robust RS Caliper system. On-The-Wall geometry measurement in ultra long pipeline transporting low-viscosity products such as NGL and Gasoline. An optional pipeline mapping is also available with RS Deformation

spherical multi-cameras built by fixing together several consumer cameras become popular and are convenient for recent applications like immersive videos, 3D modeling and virtual reality. This type of cameras allows to include the whole scene in a single view.When the goal of our applications is to merge monocular videos together into one cylinder video or to obtain 3D informations from environment,there are several basic steps that should be performed beforehand.

Direct Wall Contact Geometry Sensors

Deformation in continuum mechanics is the transformation of a body from a reference configuration to a current configuration.A configuration is a set containing the positions of all particles of the body.

Strain is a description of deformation in terms of relative displacement of particles in the body that excludes rigid-body motions. Different equivalent choices may be made for the expression of a strain field depending on whether it is defined with respect to the initial or the final configuration of the body and on whether the metric tensor.