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Software by [Adama Engineering]

Dov and Ora Leshchinsky founded ADAMA Engineering, Inc. in 1989. They are also the two principals in ADAMA. Ben Adam Leshchinsky contributes to the web development and marketing aspects of ADAMA. Additional expertise is acquired by ADAMA as needed. Source: http://www.msew.com/index.htm

Total Items found:
FoSSA (2.0)
Software by  Adama Engineering  
FoSSA (2.0) is an interactive program for assessing stresses and settlements under embankment and footings acting on horizontal ground surfaces.
GeoCoPS (3.0)
Software by  Adama Engineering  
GeoCoPS is an interactive program for the design of geosynthetic tubes. For a given problem, the geometry of the tube and the circumferential and longitudinal required strength of the encapsulating geosynthetic are produced. The computations account for ...
MSEW(3.0)
Software by  Adama Engineering  
MSEW(3.0) is an interactive program for the design and analysis of mechanically stabilized earth walls. It follows the design guidelines of AASHTO98/Demo 82, AASHTO02/FHWA-NHI-00-043, AASHTO 2007-2010, or NCMA97/98.
OptumG2
Software by  Adama Engineering  
OptumG2 is a comprehensive finite element program for geotechnical stability and deformation analyses.Its modern graphical user interface ensures an intuitive and efficient workflow. The computational core builds on state-of-the-art numerical algorithms ...
ReSlope (4.0)
Software by  Adama Engineering  
ReSlope is an interactive, design-oriented, program for geosynthetic-reinforced slopes. For a given problem including geosynthetic strength, reduction factors, and design safety factors, ReSlope produces the optimal layout (i.e., length and spacing) of ...
ReSSA (3.0)
Software by  Adama Engineering  
ReSSA (3.0) is an interactive program used to assess the rotational and translational stability of slopes.
ReSSA+
Software by  Adama Engineering  
ReSSA+ is an interactive program used to assess the rotational and translational stability of reinforced slopes and walls. The graphically-rich interface enables users to comprehensively characterize internal stability – pullout, rupture, connection ...