.
Paper details:
Writing from scratch. (I) The current Abstract is insufficient (see the Abstract of the attachment) and there
should be more references too. One reference will not work for my requirement.
(2) My writer should consult the attachment with this e-mail and he should MODEL (first by using
mathematical equations (Equation of continuity, equation of momentum, heat equation etc) THE CURRENT
PROBLEM accordingly. Then he should SOLVE THE SAID MATHEMATICAL MODEL by using THE techniques (A)
HAM (Homotopy Analysis Method) (B) Any ONE Numerical Method like “PERTURBATION METHOD/ Finite
Element Method/ Runge-Kutta Method of Order-4” AS WELL AS he should also present the ENTIRE
MATHEMATICAL STEPS OF THE TWO METHODS as cited in (A) & (B). Please it is worth-mentioning that before
solving the obtained model by HAM technique, the model should be converted to ODE (Ordinary Differential
Equation(s)) if it is in PDE (Partial Differential Equation(s)).
(3) Compare the present obtained results of methods mentioned in technique-(A) and technique-(B) in the
form of Table-1, Table-2, Table-3 & Table-4 along with a Comprehensive Commentary.
(4) Show the results by Graph-1, Graph -2, Graph -3, Graph -4, Graph -5 & Graph -6 by indicating different
parameters which have been used by the writer in the current problem. And add a short commentary on the
behaviour of the graphs obtained.(1) First model the problem and then for solution use (a) (a) HAM (Homotopy
Analysis Method) (b) Numerical Method like “PERTURBATION METHOD/Finite Element Method”
(2) Three latest references from 2017.
(3) Compare the present two/Three results with the previous EXPERIMENTAL/ANALYTICAL RESULTS.
(4) Show the results by GRAPHS.
(5) Compare the obtained results by different methods in Tables ‘I, 2, 3 etc.
Client’s comments
Dufour and Soret effects on MHD heat and mass transfer with radioactive heat flux in a SECOND GRADE liquid
over a rotating disk”. So, after studying my order I don’t believe that the above topic has been studied by my
writer BECAUSE HE DID NOT MADE CORRECTLY THE FIRST STEP OF MY PROBLEM i.e. HOW TO MODEL
MATHEMATICALLY THE CURRENT PROBLEM?
(2 Also, since my writer has NOT addressed correctly the “MODELING OF THE PROBLEM”. Modeling is THE KEY
OF THIS RESEARCH ARTICLE and UNFORTUNATELY THE KEY HAS BEEN MISSED FROM MY WRITER. Therefore,
My writer should consult the attachment with this e-mail and he should MODEL THE ABOVE PROBLEM by
using mathematical equations (start from Navier-Stokes- Equation of continuity. equation of momentum,
heat equation etc) according to the techniques followed in the attachment. Then he should SOLVE THE
OBTAINED MATHEMATICAL MODEL by using THE techniques (A) HAM (Homotopy Analysis Method) (B) Any ONE
Numerical Method from “Perturbation Method/ Finite Element Method/ Runge-Kutta Method of Order Four”.
Moreover, the writer should also present the ENTIRE MATHEMATICAL STEPS OF THE TWO METHODS as cited in
(A) & (B). Please it is CRUCIAL to note that before solving the obtained model by HAM technique, the model
should be converted to ODE (Ordinary Differential Equation(s)) if it is already in PDE (Partial Differential
Equation(s)).
(3) After then my Writer should Compare the PRESENT CORRECT obtained results of (A) HAM and any one
method from (B) in the form of Table-1, Table-2, Table-3 & Table-4 along with a Comprehensive Commentary.
(4) Show the results by Graph-1, Graph -2, Graph -3, Graph -4, Graph -5 & Graph -6 by indicating different
parameters which have been used by the writer in the current problem. Furthermore, my writer should add a
short commentary on the behaviour of the graphs obtained…
