i have to model shape memory alloys on reinforced concrete using Abaqus from experiemental test . to achieve the recovery of stress of Shape memory alloys using predefined field.
Simulate the tribology of an elastomer product with metal roller contact. A cylindrical elastomer product of Dia9.0mm with Height 9.0 is to be through fed through rollers and has to be oriented and singulated in the process. The entire system has to be simulated. Further details will be shared.
I have a spreadsheet with a list of thousands of stock scanner results showing stock tickers and the exact time they came across the scanner. I need a program that filters through past time and sales data (or any other suitable data) and finds the stocks from this list that would have met the necessary requirements to trigger a valid trade based on two day trading strategies. please write word python in your proposal top and inculude your prrevious Once the list of valid trades is created, I need these trades backtested using thousands of different combinations of stops and profit targets to determine the most profitable ways to trade the strategy. Ideally, this would be set up to add future scanner results to continue to refine the strategies.
Hello, Here are expectations from mechanical domain expertise for the project 1. first principal operation of the mechanical side of motor working. Flux, torque, power, speed, their relation to voltage and current at the motor terminal. 2. Write down dynamics of electrical mechanical/rotational power conversion in terms of differential equations. Consider one dimensional time domain Ordinary differential equations. 3. Also importantly we need 2D or 3D Finite element method based differential equations covering time and space of state and rotor parts. Should cover temperature, Flux, vibration, shaft misalignment simulations. 4. Experience with sensors such as current, voltage (motor terminal), temperature (stator), vibration (starter frame), tachometer speed, torque (rotor) measurements...
We have a project to demonstrate the fan blowing to the sewage plant screening room and to conduct a CFD to observe the flow patterns at both laminar flow and turbulent flow via Jet diffusers