Activity
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I’m happy to share that I’m starting a new position as Senior Engineer at Jan De Nul Group with project development and conceptual design team. All…
I’m happy to share that I’m starting a new position as Senior Engineer at Jan De Nul Group with project development and conceptual design team. All…
Liked by Mohammad Ashari
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I am happy to announce that Wavebreak Consulting Ltd. is open for business, located in Halifax - but servicing all of the Maritimes! Wavebreak was…
I am happy to announce that Wavebreak Consulting Ltd. is open for business, located in Halifax - but servicing all of the Maritimes! Wavebreak was…
Liked by Mohammad Ashari
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There is a funded M.Sc. position available for coming September 2024 in #geomechanics, #rockmechanics #numericalmodelling for anyone interested and…
There is a funded M.Sc. position available for coming September 2024 in #geomechanics, #rockmechanics #numericalmodelling for anyone interested and…
Liked by Mohammad Ashari
Experience
Education
Licenses & Certifications
Publications
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A hybrid element method for dynamics of piles and pile groups in transversely isotropic media
Computers and Geotechnics
A hybrid analytical-numerical method is proposed for the dynamic analysis of single piles and pile groups embedded in semi-infinite transversely isotropic media. In the method proposed, the soil-pile system is modeled using finite elements combined with massless rigid radiation discs representing pile-soil-pile interaction. The elasto-dynamic response of the radiation discs buried at different depths in a transversely isotropic half-space is analytically derived in a transform domain using a…
A hybrid analytical-numerical method is proposed for the dynamic analysis of single piles and pile groups embedded in semi-infinite transversely isotropic media. In the method proposed, the soil-pile system is modeled using finite elements combined with massless rigid radiation discs representing pile-soil-pile interaction. The elasto-dynamic response of the radiation discs buried at different depths in a transversely isotropic half-space is analytically derived in a transform domain using a set of complete potential functions. A Boussinesq-type loading distribution is introduced to act on the disc region to achieve the proper mode of deformation at the cross sections of piles. Numerical results and comparisons with known analytical/numerical solutions are presented, demonstrating the application of the method.
Other authors
Projects
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Causeway and Aboiteau Upgrade, Avon River, NS
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Languages
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Persian
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English
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More activity by Mohammad
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Honored to have chaired a panel discussion on Low Carbon Concrete at this year's Con'Atlantic 24 Conference in Fredericton. Special thanks to our…
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Having a great time at #Geocongress2024! The Rocscience team has been engaged in stimulating discussions with our users. During the conference, I…
Having a great time at #Geocongress2024! The Rocscience team has been engaged in stimulating discussions with our users. During the conference, I…
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Excited to be in Vancouver for #GeoCongress2024 !
Excited to be in Vancouver for #GeoCongress2024 !
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🎉 Happy International Day of Women and Girls in Science! 🎉 At CBCL, we're proud to honor and celebrate the incredible achievements of women in…
🎉 Happy International Day of Women and Girls in Science! 🎉 At CBCL, we're proud to honor and celebrate the incredible achievements of women in…
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Excited to be in Halifax working with the Atlantic Concrete Association recording a two-day online course on the fundamentals of cement and concrete.…
Excited to be in Halifax working with the Atlantic Concrete Association recording a two-day online course on the fundamentals of cement and concrete.…
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