Video Experimental Relacionado

Updated: Feb 2, 2026

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Análisis experimental y numérico del comportamiento al cizallamiento en la interfaz mortero de geopolímero y arena

Furkan Bayındır¹, Enes Ekinci², Talha Sarıcı¹

¹Department of Civil Engineering, Inonu University, Malatya, Turkey.

Scientific reports

|January 31, 2026

Resumen

Este estudio optimizó la producción de mortero de geopolímero (GPM) para mejorar el rendimiento al cizallamiento en la interfaz del suelo. Los agregados de piedra triturada y una menor relación álcali/aglutinante mejoraron significativamente las propiedades del GPM y la fricción con el suelo arenoso.

Sus antecedentes:

El mortero de geopolímero (GPM) ofrece una alternativa sostenible al cemento tradicional.
Comprender las propiedades de la interfaz del GPM con el suelo es crucial para su aplicación en proyectos geotécnicos.
Los parámetros de producción influyen significativamente en las características mecánicas y físicas del GPM.

Conclusiones:

Los parámetros de producción, en particular la concentración de NaOH, el tipo de agregado y la relación álcali/aglutinante, afectan críticamente las propiedades del GPM.
Las formulaciones optimizadas de GPM mejoran significativamente el rendimiento al cizallamiento en la interfaz del suelo.
El modelo FEM validado puede predecir de manera confiable la interacción suelo-GPM para una mayor optimización del diseño.

Palabras clave:

Resistencia a la compresión Método de elementos finitos Geopolímero Comportamiento al cizallamiento Caja de cizallamiento Análisis UPV

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