Introduction to Computational Fluid Dynamics
From meshing to physical models: run your first CFD simulations and predict how any fluid behaves.
From meshing to physical models: run your first CFD simulations and predict how any fluid behaves.
Build complex chemical models and run accurate simulations with HyperChem's full capabilities.
One of the world's top-selling polymers still holds surprises — explore the wider chemistry of polystyrene.
Tell us the role and the goal — a course advisor replies within the hour.
Metallurgy without the jargon — metal properties and processes for engineers who never studied them.
Polymer chemistry, reactors and additives — the manufacturing science behind unsaturated polyester resins.
Link nucleation and growth kinetics to the parameters that control crystal size, purity and morphology.
Match the material to the job — properties, characterisation methods and selection trade-offs made clear.
Balancing equations to laboratory best practice: the calculations and operations every working chemist needs.
From refineries to petrochemicals, master the science, procedures and simulation tools behind the heavy chemical industry.
Quantify chemical elements with precision — principles and applications of atomic absorption photospectrometry.
Model, control and optimise chemical processes with Matlab, through case studies built for chemical engineers.
Ab initio, DFT, Monte Carlo and molecular dynamics — put computational chemistry to work in your field.