A useful technique named for this man exploits the orthogonality of trigonometric functions and is used to reduce integrals of such functions to the Kronecker delta function, this man's ‘trick'. A modulus named after this man is defined as the ratio of the rate of heat conduction and the rate of heat energy storage. When analyzing a function via a method he names, one often encounters (*) discontinuities known as the Gibb
A useful technique named for this man exploits the orthogonality of trigonometric functions and is used to reduce integrals of such functions to the Kronecker delta function, this man's ‘trick'. A modulus named after this man is defined as the ratio of the rate of heat conduction and the rate of heat energy storage. When analyzing a function via a method he names, one often encounters (*) discontinuities known as the Gibbs phenomenon. Known for creating a transform used to go from the time to frequency domain, for 10 points, identify this 19th century physicist whose eponymous series can express any periodic function as a linear combination of sines and cosines.
A useful technique named for this man exploits the orthogonality of trigonometric functions and is used to reduce integrals of such functions to the Kronecker delta function, this man's ‘trick'.
Jean Baptiste Joseph {Fourier}