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1. Define earthquake loads on plaxis 2d youtube how to#
2. Define earthquake loads on plaxis 2d youtube software#

We use PLAXIS to help us investigate an increasing variety of geotechnical problems and find the fact that the results of complex analysis can be presented to clients in such a clear and visually attractive way really helps to explain our findings. Good mix of theory and practical exercises. Very informative introduction to FE analysis in geotechnics.

Define earthquake loads on plaxis 2d youtube how to#

The course explained very well how to implement various models by various means and highlighed the limitations of particular models in certain circumstances.

Define earthquake loads on plaxis 2d youtube software#

A very useful introduction to the software which will encourage me to use Plaxis on future projects.

An interesting and enlightening introduction to the use of FEA in geotechnical analysis and design practice. The focused course gave useful guidance on critical consideration for modelling inputs and methodology. It demonstrated via example how a knowledge of soil behaviour with sensible data input produces reliable visualisation of construction. This course provided an excellent link between understanding soil and FE modelling in Plaxis. I have more confidence in approaching problems and also numerical analysis of geotechnical problems. I would recommend this training session to all personnel who have interests in soil mechanics or foundation engineering areas. PLAXIS proved an excellent tool for carrying out the study allowing the rapid modelling of the proposed construction stages and clear and concise output for review by third parties. Please refer to our Privacy Policy regarding how we may process any personal data you submit within this form. Please connect us at Support WildeAnalysis. In addition to traditional Mohr-Coulomb and linear elastic materials, further models have specifically been developed with parameters that can be readily determined using standard soil testing methodologies.Ĭontact us to order your copy. Geotechnical applications often require advanced constitutive models for the simulation of the non linear, time dependent and anisotropic behaviour of soils and rock. Renowned for ease of use and accuracy, it will help you optimise your designs more effectively than applying traditional conservative calculation methods. PLAXIS is the leading geotechnical finite element software developed specifically for deformation analysis of soils and rock.