National Physical Laboratory

Mathematics, Modelling & Simulation

Modelling is an important activity at NPL, helping us to design and better understand measurement systems.

Often, a mathematical model is used to characterise the relationship between a number of variables in the system. The complexity of the model function can range from a simple polynomial function to requiring the solution of a differential equation. Given both the model function and information about the inputs to the system, the response of the system may be predicted.

The capabilities within the group include: model development; curve and surface fitting, and feature extraction; signal processing; numerical approximation methods for solution of differential equations; uncertainty evaluation; and software and database development. We use a range of commercial and in-house packages and can develop tailor-made solutions for challenging problems.

News & Events

On 5 December 2016, NPL, along with co-sponsors, the University of Cambridge and the University of Huddersfield, held an industry workshop with the purpose of engaging and connecting with UK industrial users of data

Joint research from NPL and the University of Strathclyde uses mathematical techniques of tipping point analysis to provide early warning signals of damage in megastructures

A fond farewell to Susan Martin - Working at NPL for nearly 60 years, Susan Martin is potentially the longest-serving computer programmer in the world

First newsletter from the Horizon 2020 PETMEM project

Two NPL scientists shortlisted to present their research at the House of Commons

Researchers from Lund University and NPL have undertaken a detailed study of the measurement uncertainties associated with 177Lu-DOTATATE dosimetry

NPL has developed an independent and adaptable model to quantify the amount of carbon savings across different 'smart' technologies

NPL, Edinburgh University and IBM have discovered that a primitive form of the liquid-gas transition extends far into water's supercritical phase

Squishy transistors: a device concept for fast, low-power electronics - A new innovation from an international team has the potential to replace CMOS transistors in the information technology landscape

Memorandum of Understanding signed between NPL and Imperial College London

QNPL, IBM and Edinburgh University have developed the first conceptually simple but broadly applicable model for water

Quantum model reveals surface structure of water - NPL, IBM and Edinburgh University have used a new quantum model to reveal the molecular structure of water's liquid surface

Beyond FEA: An Introduction to Evolving Numerical Methods for Challenging Engineering Problems - A seminar on advanced numerical methods for challenging engineering problems with a strong focus on the pros and cons for practical applications

NPL has been certified to TickITplus by Lloyd's Register Quality Assurance (LRQA)

21 April 2015: Novel mathematical and statistical approaches to uncertainty evaluation: workshop and training course - Join leading mathematicians, statisticians and applications experts from Europe's National Measurement Institutes in Gothenburg, Sweden, for three days of training courses, workshops, lectures and laboratory visits

Prof Alistair Forbes has been awarded the Alec Hough-Grassby Memorial Award of the Institute of Measurement and Control

NPL is using supercomputers at the STFC Hartree Centre to develop a new framework for accurate materials simulation


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