LL

L.B.N. Le

23 records found

Micro-level porosimetry of virtual cementitious materials: structural impact on mechanical and durability evolution

Capabilities for property assessment on different levels of the micro-structure of DEM-simulated cementitious materials

Methodology for porosimetry in virtual cementitious composites to economically and reliably estimate permeability

Modeling possibilities of concrete structure for durability purposes

Packing issue in cement blending for sustainability developments - Approach by discrete element method
Conference paper (2014) - L.B.N. Le (author), P. Stroeven (author)

A novel numerical multi-component model for simulating hydration of cement

Evaluation by discrete element method (DEM) of gap-graded packing potentialities for green concrete design
Conference paper (2013) - P. Stroeven (author), L.B.N. Le (author)
http://resolver.tudelft.nl/uuid:a979bccd-afb9-4a61-8008-ae2afa08d195@en

A numerical porosimetry on a vritual concrete

Porosimetry by DraMuTS applied to DEM-produced cementitious materials
Conference paper (2013) - P. Stroeven (author), L.B.N. Le (author)

Particulate structure and microsfractare evolution of concrete investigated by DEM Part 2: Porosimetry in hydrating binders

Particulate structure and microsfractare evolution of concrete investigated by DEM Part 1: Aggregate and binder packing

Analogue simulation by dem of material structure for property estimation of cementitious materials

Porosimetry by double-random multiple tree structuring in virtual concrete

Porosity of green concrete based on a gap-graded blend
Conference paper (2012) - L.B.N. Le (author), P. Stroeven (author)

Strength and durability evaluation by DEM approach of green concrete based on gap-graded cement blending
Journal article (2012) - L.B.N. Le (author), P. Stroeven (author)

Methodological approaches to 3D pore structure exploration in cementitious materials

Assessment of pore characteristics in virtual concrete by path planning methodology

Porosimetry by random node structuring in virtual concrete

2D and 3D routes to investigating pores in concrete

3D exploration of percolated porosity in virtual concrete