Brochures and evaluation

Technical brochures, the Atoms to Material slide deck, and evaluation licences for Linux and Windows.

BlazeMultiPhysics SPH-DEM preview
6 pages • 0.9 MB • Oct 2026

BlazeMultiPhysics brochure

The native GPU particle, fluid, thermal and bonded Element solver: true convex polyhedra with volume contact, bonded Element cracks, OpenFOAM and Kratos CFD-DEM coupling, and the Physical AI and PyTorch bridge.

Download Blaze Brochure (PDF)

Cut-away grinding mill with lifters, ore and steel balls
The Mill Sim AI program: mill configuration, analysis and simulation panels
4 pages • 0.9 MB • Oct 2026

Mill Sim AI brochure

SAG, AG and ball mill design: plant check, Vickers hardness wear, solid wedge lifters, the learned wear law, Vogel-Peukert breakage, Learned Slurry and the SPH slurry module, and Design of Experiments.

Download Mill Sim AI Brochure (PDF)Sample HTML Report →

Atoms to Material deck preview: crystal lattice to process equipment
8 slides • Oct 2026

Atoms to Material slide deck

Material properties from the crystal lattice: who does what, one crystal and two routes, a stress law instead of springs, and the alloy and pharmaceutical crystal worked examples.

Download Atoms to Material Slides (PDF)

Request an evaluation

Evaluation licences for commercial organisations, research licences for accredited universities. Email us the crystal structure, mill or process you want to simulate; the button opens an email with a short template (name, organisation, product, GPU and operating system, what you want to simulate).

Request an evaluation by email

Direct email: director@blazecomputing.co.uk

System requirements

  • Linux: portable binaries (glibc 2.26 and newer for the solver). Windows: native 64-bit packages.
  • NVIDIA GPU: CUDA architectures from Turing (sm_75) through Blackwell (sm_120); an NVIDIA GPU driver is needed for runs.
  • Precision builds: single (FP32) for consumer GPUs; mixed, with double precision positions for large domains; double (FP64).

Blaze Computing LTD

Professor Nicolin Govender, Founder, is the author of the peer reviewed papers behind Blaze: the first published GPU framework for convex polyhedral DEM, to our knowledge (2014), the open source release (2016) and volume based polyhedral contact (2015). The papers are listed on the Gallery & Publications page.

Privacy policy and UK GDPR statement

Blaze Computing LTD (Company Registered in England & Wales, 128 City Road, London, EC1V 2NX) is committed to protecting your professional privacy and processing business contact information in full accordance with the UK General Data Protection Regulation (UK GDPR) and the Data Protection Act 2018.

Data collected: when you request an evaluation licence, download brochures, or contact our engineering team, we collect your name, business email, institutional affiliation, and simulation application details.

Lawful basis and purpose: we process your details under the lawful basis of legitimate interest to deliver software evaluation licences, respond to technical support enquiries, and furnish requested technical materials. We do not sell, rent, or distribute personal data to third parties.

Data subject rights: you have the right to request access to, rectification of, or erasure of your personal data at any time. For all data governance enquiries, please email our Data Controller at director@blazecomputing.co.uk.