20 February 2019

6 min read

School of Mechanical and Design Engineering Faculty of Technology Mechanical engineering Environmental Geography and Geosciences Protecting our Environment

Investigating the suitability of date palm fibres waste biomass as reinforcement in lightweight composite materials provides a tremendous opportunity of utilising this material to develop low-cost, sustainable and lightweight biocomposites.

Professor Hom Dhakal, Professor of Mechanical Engineering

Investigating the suitability of date palm fibres waste biomass as reinforcement in lightweight composite materials provides a tremendous opportunity of utilising this material to develop low-cost, sustainable and lightweight biocomposites.

Professor Hom Dhakal, Professor of Mechanical Engineering

Investigating the suitability of date palm fibres waste biomass as reinforcement in lightweight composite materials provides a tremendous opportunity of utilising this material to develop low-cost, sustainable and lightweight biocomposites.

Professor Hom Dhakal, Professor of Mechanical Engineering

Investigating the suitability of date palm fibres waste biomass as reinforcement in lightweight composite materials provides a tremendous opportunity of utilising this material to develop low-cost, sustainable and lightweight biocomposites.

Professor Hom Dhakal, Professor of Mechanical Engineering

Investigating the suitability of date palm fibres waste biomass as reinforcement in lightweight composite materials provides a tremendous opportunity of utilising this material to develop low-cost, sustainable and lightweight biocomposites.

Professor Hom Dhakal, Professor of Mechanical Engineering

Investigating the suitability of date palm fibres waste biomass as reinforcement in lightweight composite materials provides a tremendous opportunity of utilising this material to develop low-cost, sustainable and lightweight biocomposites.

Professor Hom Dhakal, Professor of Mechanical Engineering