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1st European Deep Excavation Design Workshop

Dec. 3-4th, 2018

Bucharest, Romania

Deep Excavation Software

DeepEX 2017 talk to it and design your deep excavation!

Excavations in 3D, VR, AR

Holographic model of a deep excavation with HoloDeepEX

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Free 45 min webinar

Deep Excavation Design

Fully booked!

Free Helical Pile Design Webinars:

To be announced

New Deep Foundation Software

DeepFND - Deep Foundation Software, caissons, CFA, drilled piles, driven piles, concrete, timber

 

New helical pile software HelixPile
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Our Software Solutions
DeepFND 2017: Deep Foundation software (NEW!)
DeepEX 2018: Deep Excavation software
Soldier pile walls
Sheet pile walls
Secant pile Walls
Tangent piles
Diaphragm Walls
Soldier and Tremied Concrete
Soil Mix walls
Combined king pile sheet piles
Slope stability
Cost estimation for braced excavations
Waler-Strut Cofferdams
SnailPlus 2018: Soil nailing - soil nailing walls
SiteMaster: Inclinometer software (adopted by Geokon)
HelixPile: Helical Pile Software
RC-Solver: Concrete Design ACI-318, EC2, EC8
Steel-Beam: Steel beam column design, full equations, AISC, EC3

Slope Stability analysis:

A slope stability analysis, In most cases, has as the primary purpose to contribute to the safe and economic design of excavations, embankments, earth dams landfills and soil heaps. Slope stability evaluations are concerned with identifying critical geological, material, environmental and economic parameters, that will affect the project, as well as understanding the nature, magnitude and frequency of potential slope problems. When dealing with slopes in general and slope stability analysis in particular, previous geological and geotechnical experience in an area is valuable.

Our deepex software COMES PACKED WITH SLOPE STABILITY MODULE. Please CLICK here to arrange a free online PRESENTATION with our technical experts or click here to download DeepEX with Slope Stability module

The aims of slope stability analyses are

(i)            To understand the development and form of natural slopes and the processes responsible for different natural features.

(ii)           To assess the stability of slopes under short-term (often during construction) and long-term conditions

(iii)          To assess the possibility of landslides involving natural or existing engineered slopes.

(iv)         To analyze landslides, understand failure mechanisms and evaluate the influence of environmental factors.

(v)          To enable redesign of failed slopes and planning and design of preventive and remedial measures (when necessary).

(vi)         To study the effect of earthquakes  on slopes and embankments.

Slope stability analysis must take into account a variety of factors relating to topography, geology and material properties, often associated to whether the slope was naturally formed or engineered.

Slope stability example

Slope stability failure surface: Block type failure through a weak stratum.