# Engineering Mathematics Jobs

I have a python code which is supposed to solve an optimisation problem based on Integer programming approach. However the code is not working and showing infeasible solution. Full code is with me, just need you to understand and make it work for the schedule optimisation problem.

Tell me when you quote to complete first two parts How many hours working it will take for you Do 5 parts as per attached file Task 1 - Modelling A d.c. motor is to be controlled using a variety of methods. Unfortunately, the control engineer does not have any suitable transfer function model of the system as a basis for controller design. In order to tackle this problem, a simple experimental feedback test rig is constructed, and various data are collected from the system. The data is noisy and uncertain, due to limitations of the methods used to collect it. It is believed that the system can be represented using a first-order transfer function model. Speed Response - Finding P(s) The first test is an open-loop test measuring motor speed (shown in Figure 1). An amplifier gain k = 2 is use...

Tell me when you quote to complete first two parts How many hours working it will take for you Do 5 parts as per attached file Task 1 - Modelling A d.c. motor is to be controlled using a variety of methods. Unfortunately, the control engineer does not have any suitable transfer function model of the system as a basis for controller design. In order to tackle this problem, a simple experimental feedback test rig is constructed, and various data are collected from the system. The data is noisy and uncertain, due to limitations of the methods used to collect it. It is believed that the system can be represented using a first-order transfer function model. Speed Response - Finding P(s) The first test is an open-loop test measuring motor speed (shown in Figure 1). An amplifier gain k = 2 is use...

Need to solve questions sent by me related to composite and inverse functions

Numerical Computation Expert Needed Numerical Computation Expert Needed

I have a project that will practice words, not the handwritten subject is Mechanics and Fluid Mechanics must be someone is good at it very important

I need a polynomial of ( x,y) based on 2D Pascal triangle to describe a column vector of Ritz approximation functions that satisfy the boundary conditions of the problem. problem is thin plate (submitted to classical laminate theory) of width b and length l and thickness t with its X axis coinside with its length and Y axis coinside with its width. boundary conditions are : 1- for the side of Y= 0 ....... hinged support 2- for the side of Y = b ........ fixed support 3- for the side of X=0 .......... fixed support 4- for the side of X= l ........... free side i.e u_o (x,y,t)= {a_1 (x,y)}^T {q_1 (t)} v_o (x,y,t)= {a_2 (x,y)}^T {q_2 (t)} w_o (x,y,t)= {a_3 (x,y)}^T {q_3 (t)} i need a_i(x,y) where i =1,2,3 and u(x,y,z,t)= u_0 (x,y,t)-z (∂w_o (x,y,t))/∂x v(x,y,z,t)= v_0 (x,y,t...

IMPORTANT: PLEASE READ THE FULL CHALLENGE BRIEF THAT CONTAINS ALL THE CHALLENGE AND SUBMISSION REQUIREMENTS AND RULES CHALLENGE BRIEF: REGISTRATION FORM: FAQ: WEBINAR RECORDING: Improve the modeling of flow hydraulics and sediment transport by creating a fast, stable, parallel linear equation solver for computational fluid dynamics (CFD) models. Last updated: Sep. 21, 2021 Updates made: - Allowed the use of external libraries with permissive open-source licenses. The solver must be written in Fortran but you may use external open-source libraries. If an external open-source library is used, the libraries must have a permissive open-source license and you must be able to provide the source code package that is recompilable into a library. - Changed the phase...