Experimental Challenges of Shear Rheology: How to Avoid Bad Data
by Randy H. Ewoldt, Michael T. Johnston, Lucas M. Caretta · Springer
Book chapter on where rotational rheometer data goes wrong: instrument torque and inertia limits, sample loading, slip, evaporation, secondary flows. Use it to bound the credible region of your own data before publishing it.
More resources on Rheology
Rheology of Complex Materials (NPTEL)
Twelve-week video course from IIT Madras linking microstructure to non-Newtonian behaviour: stress and strain-rate tensors, rheometric flows, viscoelastic models, polymers, suspensions, yield-stress and thixotropic fluids.
CM4650 Polymer Rheology — Complete Course Materials
Complete graduate polymer rheology course from Michigan Tech: forty-one lecture decks building tensors, standard flows, material functions, generalized Newtonian and Maxwell-type constitutive equations, plus rheometry, homework and exams.
The Structure and Rheology of Complex Fluids
Connects microstructure to flow behaviour for polymer melts, colloidal suspensions, emulsions, foams, gels and liquid crystals. Worked problems throughout. Read it when you need to explain why a material is shear-thinning, not merely measure it.
Rheology: Principles, Measurements, and Applications
The reference practitioners keep on the bench. Covers constitutive equations, shear and extensional rheometer design, error sources, and applications to polymer melts, solutions and suspensions, so you can design and defend a measurement.
An Introduction to Rheology
The standard first book on rheology: viscosity, linear viscoelasticity, normal stresses and extensional flow explained with minimal mathematics. After reading it you can interpret flow curves, name the main non-Newtonian effects and choose sensible measurements. Deliberately light on tensor calculus, so it is the one book an engineer can read cold before touching Macosko.