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PLAXIS: Introduction to the Jointed Rock Model for the Modeling of Soft Bedded Rock Formation

Rock masses are characterized by the existence of distributed joints. The mechanical properties of jointed rock masses are strongly dependent on the properties and geometry of the joints. Jointed roc...

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Application of the Convergence-Confinement Method in PLAXIS 2D

Estimation of the support required to stabilize a tunnel excavation, especially in the vicinity of the face, is essentially a four-dimensional problem. Time-dependent weakening of the rock will com...

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How to Model Rock Engineering Problems in PLAXIS Geotechnical Analysis Software

Rock engineering projects can be fascinating. Engineers working on rock need to design solutions that mobilize the natural strength of complex, largely unknown rock masses, which often play the roles...

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Deep Excavation & Shoring Support in Bahrain (PLAXIS Real Life Project)

PLAXIS 3D is a game-changing tool for projects that are 3D in nature and, therefore, require 3D designs to provide appropriate, safe & value-engineering solutions. Learn more about PLAXIS 3D Th...

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How to Model Piles in PLAXIS

The problem of analyzing and designing deep foundations is relevant to many civil engineering structures, because we are commonly and frequently constructing buildings on soft soils. Pile foundation...