​Plenty of resources are available to help users make the best use of the DL_MESO mesoscale modelling package: links to these are available below.

• VMD - Visual Molecular Dynamics project that can visualise DL_MESO_DPD trajectories (after converting ​HISTORY files to VTF format) and CONFIG files
• OVITO - Open Visualization Tool that can visualise DL_MESO_DPD trajectories (after converting HISTORY files to GALAMOST XML format) and CONFIG files
  
• ParaView​ - VTK-based data analysis and visualisation suite, can be used with DL_MESO_LBE trajectories and localised data sets from DL_MESO_DPD
  
• E-CAM Software Repositories - modules available on meso- and multi-scale modelling, including several connected to DL_MESO_DPD
  
• UMMAP - trajectory analysis tool for particle-based simulations, including native file readers for DL_MESO_DPD
  
• KaGaSi AnalysisTools - a bundle of particle trajectory analysis tools (written by Karel Šindelka, Charles University Prague) designed to work with VMD structure and coordinate files (available from post-processing DL_MESO_DPD HISTORY files)
  
• ​​Python scripts for ​DPD simulation analysis (including parameterisation and many-body DPD) - written by Peter Vanya (University of Cambridge) for simulations carried out using DL_MESO_DPD and LAMMPS
  
• Molecular Simulation article: "DL_MESO: highly scalable mesoscale simulations" (also available from ResearchGate)
• Molecular Simulation article: "DL_MESO_DPD: development and use of mesoscale modelling software" (also available from ResearchGate)
  
• CSE Highlights 2011 article: "New capabilities and software for material modelling"
• DL_Software Digital Guide (DL_SDG) - A one-stop resource centre for users of DL_Software, including:
• A guide on starting with DL_MESO
• DL_MESO Tutorial
• DL_MESO Exercises
• Knowledge Center with introductions to and further details on DPD and LBE
  
• "Application of Mesoscale Dynamics" presentation