20 February 2019

6 min read

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