Search

7 Jun 2010: the predicted values (yj ) of the output against those measured (tj ), for. ... example,. ED. j. (tj yj )2. (5). ED is expected to increase if important input variables have been ex-.

7 Jun 2010: The noise in the output can be assessed by comparing the predicted values(yj) of the output against those measured (tj), for example,. ... ED. j. (tj yj)2. (3). ED is expected to increase if important input variables have been excluded from the.

7 Jun 2010: Ala1tJW!X01ddtJ M01 SIO!11tJd q1 sv a1pJaJ aq1qn01q1 wn!W1qO JO UO!Sny!p aq1 Aq paIlO11uoO a1tJ1 tJ 1tJSM01 1! ... 1tJq1 awnsstJ 01 'a10Ja1aq1 'alqtJuOstJa1 S! 11 ap!q1tJoWn!W01qo tJ AputJu!wopaJd S!

7 Jun 2010: E =. j. (tj yj)2 (3). where yj is a predicted value and tj the target value; to calculate this error we normalised the outputto be in the range 0.5.

7 Jun 2010: Gi-L. 5! :::.0 Hi--L = -5360 cal/mol, not -5630.6. TJ-,a = 1185 - 150.3wt%C 216(0.865wt%C)4.26 K, not 1115.

7 Jun 2010: 400. tJ,QI. 350-. 300. 0.0 0.05 0.1 0.15Carbon Yole Fraction. 7 Comparison of XNO and XT'o curves for 300 M steel:Ae3' curve represents paraequilibrium (

7 Jun 2010: DESIGN OF WELDING ALLOYSCREEP AND TOUGHNESS. ByMurugananth Marimuthu. Queens College, Cambridge. University of CambridgeDepartment of Materials Science and Metallurgy. Pembroke Street, Cambridge CB2 3QZ. A dissertation submitted for the degree

7 Jun 2010: Then, instead of solving theequations for c(x,t) with x and t continuous, they are solved for ci,j=c(xi,tj) where xi=i x and t=jj t ... Then using (3.9) and (3.10) in (3.3), the equation (3.11) is gotten and gives an expression of c at tj1 as afunction

7 Jun 2010: The noise in the output can be assessed by comparing thepredicted values (yj ) of the output against those measured(tj ), for example,. ... ED. j. (tj yj )2. (4). Fig. 3 Variations in the test and training errors as a function of model complexity, for

7 Jun 2010: tj The measured value. xj Input variables in neural networks. wi Weights in neural networks. ... predicted values yj of the output against those measured value tj:.

7 Jun 2010: It differs morphologically from bainite. 48. a) ,c. g;.;:.Jf 'f';r;-tJ;L-:. ",. •.•r. p'J'O-' '" '" ". ,. • , "'';.a; ";1"'-' Jli ;. -'I f{ /":(I,. •••. 't f. ,"" '1> ". f-. • It i!o

7 Jun 2010: J. lli:=tanh (1) e!1)}4;" x'tJ J(2). where O!1) is defined as the bias that is analogous to theconstant that appears in the linear regression technique,.

7 Jun 2010: THESIS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY. Effect of Microstructure on Mechanical Properties of High. Strength Steel Weld Metals. Enda Keehan. Department of Experimental Physics. CHALMERS UNIVERSITY OF TECHNOLOGYAND. GÖTEBORG UNIVERSITY.

7 Jun 2010: 2 and 4). Thenoise in the output can be assessed by comparing thepredicted values yj of the output using this well fittednetwork, against those measured tj, for example,. ... ED!X. j. tj{yj 2. (1). ED should be expected to increase if important

7 Jun 2010: outputs, ti and tj, with corresponding input vectors iand jj. The closer the inputs, the smaller the exponentof the first term in Eq.

7 Jun 2010: outputs, ti and tj, with corresponding input vectors xi and xj.

7 Jun 2010: stainless steel, RAFM = reduced activation fer-ritic/martensitic steel, dpa = displacements per atom, appm = atomic parts per million.MW yr = megawatt years – 1 MW yr 31.5 TJ.

7 Jun 2010: UNIVERSIDAD COMPLUTENSE DE MADRID. FACULTAD DE CIENCIAS FÍSICAS. DEPARTAMENTO DE FÍSICA DE MATERIALES. MODELIZACIÓN DE LAS TRANSFORMACIONES DEFASE EN CALENTAMIENTO CONTINUO DE ACEROS. CON MICROESTRUCTURA INICIAL DE FERRITA,PERLITA Y

7 Jun 2010: The overall error in the neural network model, ED, is calculated by comparing the predicted values yj of the output against those measured tj!

7 Jun 2010: y<P=;:K67:K/21K+?3515+@-0/P1O?2DPx8;:O8HNPxQR:K=>a3t8H-0:5/w:5Q$:tj=;-7AsNÚÆ3nIK+.To<2NF3GT;Ä ÅÔl

7 Jun 2010: Progress in Materials Science Vol. 29, pp. 321 to 386, 1985 0079-6425/85 $0.00. 50 Printed in Great Britain. All rights reserved Copyright , 1985 Pergamon Press Ltd. D I F F U S I O N A L F O R M A T I O N O F F E R R I T E I N I R O N A N D I T S A

7 Jun 2010: h46-/"J> #]IR #8=(%46(% #Kh460>]IR07<:-L46,<=0[ /@tJ><:0>07IZ4:078a4-L,FG<:07h,(%<:0>F."$(M@0/iî ÝëxØ{ÛWïðtÛ#Ú9ñïÖeÙçp-/,#,-/#0/Íx<: 5F,,J?4!

7 Jun 2010: COMPLEX MECHANICAL. PROPERTIES OF STEEL. Radu Calin Dimitriu. Department of Materials Science and Metallurgy. University of Cambridge. Churchill College. A dissertation submitted for thedegree of Doctor of Philosophy. at the University of