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Problem statement: There is a lap joint with one rivet, as shown in the Figure 1 below. The diameter of the rivet is 4 mm. The material of the rivet, as well as the material of pates in joint are given in the table 1 below. Force which is applied to the plate is given in form of distributed force through the cross-sectional area of the plate. Perform the Stress Analysis of the joint in order to verify the durability of the junction.
Figure 1. Lap joint
Double Pipe Heat Exchanger Using ANSYS Workbench
In order to design a Double Pipe Heat Exchanger in ANSYS 16.1 the next steps were
a) Creating the project:
- Open the ANSYS 16.1 workbench;
- Select Fluid Flow (Fluent) in the toolbox menu at the left area of the window and create a new project.
- Rename the Project on “double-pipe” as shown in the Figure 1 below.
Figure 1. Project “double-pipe”
- Save the project
A cold fluid with temperature of 300 K through a large inlet flows into the pipe, and mixes a
warmer fluid at 320 K which penetrates the pipe through a smaller inlet at the elbow. See the picture below.
Figure 1. Problem statement Continue reading
Problem 1. Find the voltage VR2 in the circuit on the Figure 1 below.
The problem 1 can be solved using the superposition method. This method is based on the elimination of all sources except one at a time, utilizing a series/parallel analysis in order to determine drops of voltage in the modified network for each source of the power. Continue reading
Removing and Fitting Basic Light Vehicle Mechanical, Electrical, and Trim (MET) Components
Questions to be answered:
1.1 Identify the procedures involved in carrying out the systematic removal and fitting of basic light vehicle MET components to the standard required:
b. Headlamp units
c. Road wheels
d. Batteries Continue reading