Submar articulated concrete block software#

We can make recommendations to improve system performance or to prevent a complete failure of the design improvements in the future.

Site conditions can be documented by conducting a topographical survey as discussed above and analyzing the surveys to determine whether site conditions have changed such that they may hinder the performance of the design improvements. Immediately after construction is completed and the project is accepted by the client, we will document site conditions that will serve as a baseline for comparison to site conditions in subsequent years. Submar has been producing and installing articulated concrete block mats for more than three decades. We offer engineering services consisting of project monitoring and performance after our projects are constructed. articulated concrete block mats, also known as Submar mats. We can develop technical specifications covering the many manufactured products that become part of our designs. Our design solutions can include mechanically stabilized earthen (MSE) walls, articulating concrete block mats (ACBM), lightweight ACBM (wind) mats, longitudinal peaked stone toe protection (LPSTP), riprap/stone materials, bendway weirs, steel sheet pile, and turf reinforcement mats (TRM). Submar can provide an engineering analysis and design solution for all types of erosion and pipeline protection problems. In addition to the measured drawings, other deliverables include 3D models, aerial videos, and aerial photos.Įngineering Analysis, Design, and Technical Specifications

Submar articulated concrete block software#

After the data is collected, civil designers use AutoCAD 3D software to create measured drawings that will serve as base maps for the proposed design improvements. drones) that collect the project site data. Our surveying equipment consists of RTK GPS, robotic total stations, and unmanned aerial vehicles (a.k.a. Submar can provide topographical surveying services via a site assessment survey that will assist us in engineering design.