I need a mechanical engineer who is specialized in designing to design a bicycle model by doing a survey on its frames, sizes, components...etc, and doing the calculations and report based on it.
Transformer model, losses, voltages, currents and magnetic flux of designed transformer are presented in simulation results. Finite element method is used at the simulations. Results of input voltages are consistent with applied excitation values. Critical points on the core are seen from magnetic flux distribution. The result of magnetic flux of this study is validated by comparison of similar studies in literature. Tthe transformer modeling and analysis on a simulation program such as ANSYS.
Details view of software Advance Stress Analysis Storage Tank-pump system modeling Column-heat exchanger model WRC-297 nozzle flexibility Theory of load case generation PSV force calculation/ Slug force Critical Systems viz. : Turbine; Pump; Column, Air Fine Cooler et Spring design & Modeling in CAESAR II Pump Calculation API 610 Equipment Modeling Pipe Rack CAESAR Il Model Column Piping System
I have this project due in a couple of days. It is based on Matlab coding, where a basic car frame structure is built and torsion stiffness is studied. The details of the outline is attached. I have done Task 1 and 2. I need you to complete this project due on Dec 5th. Please get back to me ASAP.
I am doing a project. I conventional engine we use cam to open the valve and to close the valve we are dependent on the spring. I my project i have made a prototype that opens and closes the valve solely using cam. ie. springs are eliminated. The objective of my project are---- 1). I want to show that in the conventional system there is a valve float scenario which is eliminated in the proposed model. 2). Vibrations are eliminated. I searched on the internet and I found that we need to get the eigen frequency of both the models to compare with each other. 3). I have to perform ansys using 5 to 6 materials and choose the optimal material. I am attaching file which contains images of my model
Looking for a structural engineer that will be able to convert AASHTO LRFD Specifications for Structural Supports for Highway Signs, Luminaires, and Traffic Signals (we will provide) into an excel calculation form where we would specify pole height, wall thickness, cross sections and wind speed and the excel will calculate maximum allowable size permitted at the top of the pole, base plate thickness, access door, anchor bolts etc. "2020 Interim Revisions to the LRFD Specifications for Structural Supports for Highway Signs, Luminaires, and Traffic Signals" Other programs than excel can be used as well. All formulas provided inside the AASHTO standard will have to be added to the excel/other program. Person has to be very familiar with this type of calculations. Please provide quot...