1) How do you set the size of the objects in parametric modeling?
Anonymous Quiz
15%
By adding and editing dimensions
15%
Fixed Relations
35%
Smart Dimensions
35%
All of the above
👍4👏1
2) Where do you change your Unites?
Anonymous Quiz
18%
Properties
42%
Options - Document Properties
10%
Options
30%
Options - Properties
❤1
4) Specifies each point uniquely in a plane by a pair of numerical coordinates, which are the signed distances from the point to two fixed perpendicular directed lines, measured in the same unit of length:
Anonymous Quiz
50%
Coordinate System
11%
Configuration Manager
32%
Geometric Relations
7%
Closed Profile
👏1
5) What do you call hierarchy window on the left side of your screen?
Anonymous Quiz
18%
Manager Panel
41%
Design Tree
31%
Feature Tree
10%
none of the above
👍1
6) What do you design your features on?
Anonymous Quiz
24%
Origin
10%
none of the above
24%
Features Plane
42%
plane
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7) collection of frequently used commands called?
Anonymous Quiz
31%
tree
7%
menu
41%
toolbar
21%
feature
❤1
8) This action is now possible in large design review :
Anonymous Quiz
26%
Creating mates
15%
Delete top level components
59%
All Of above
❤1
9) Is it possible to have both rotation and linear translation in same exploded view state?
Anonymous Quiz
71%
Yes
29%
No
👍1
10) What is the maximum number of mouse gesture is available?
Anonymous Quiz
33%
4
16%
6
21%
8
30%
12
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❕Practice Exercises, 3D Models & Drawings ❕
✅For Beginner, Intermediate and Advance users
#Exercises
#Drawings
To Download PDFs 👇
@Solidworks2019
✅For Beginner, Intermediate and Advance users
#Exercises
#Drawings
To Download PDFs 👇
@Solidworks2019
👍2
SolidWorks pinned «❕Practice Exercises, 3D Models & Drawings ❕ ✅For Beginner, Intermediate and Advance users #Exercises #Drawings To Download PDFs 👇 @Solidworks2019»
Steam Turbine Working and Types
A steam turbine is a machine that converts thermal energy generated from pressurized steam into kinetic energy which is then converted into mechanical energy in order to turn a rotating shaft. This shaft is connected to a generator through which power is produced. A very large portion of the world’s power requirements are met with the help of these steam turbines that are present in nuclear, electric and coal based power plants. In the US alone, about 88% of power is produced by using steam turbines integrated in central station power plants. The very first modern-day steam turbine was developed by Sir Charles A. Parsons in 1884. Since then, a lot of significant improvements have been made in terms of production capacity and efficiency.
#Content
@Ghiasvand_engineering
@SolidWorks2019
A steam turbine is a machine that converts thermal energy generated from pressurized steam into kinetic energy which is then converted into mechanical energy in order to turn a rotating shaft. This shaft is connected to a generator through which power is produced. A very large portion of the world’s power requirements are met with the help of these steam turbines that are present in nuclear, electric and coal based power plants. In the US alone, about 88% of power is produced by using steam turbines integrated in central station power plants. The very first modern-day steam turbine was developed by Sir Charles A. Parsons in 1884. Since then, a lot of significant improvements have been made in terms of production capacity and efficiency.
#Content
@Ghiasvand_engineering
@SolidWorks2019
👍2
SolidWorks
Steam Turbine Working and Types A steam turbine is a machine that converts thermal energy generated from pressurized steam into kinetic energy which is then converted into mechanical energy in order to turn a rotating shaft. This shaft is connected to a generator…
Types of Steam Turbines
There are basically two types of steam turbines in the market today based on steam flow: 1. Reaction turbine 2. Impulse turbine. Most reactors in use have a combination of both designs in various stages of the turbine. The lower pressure regions comprise of the reaction design and the higher pressure regions will have the impulse design. In impulse turbine, the steam coming out from the fixed nozzle strikes the blades that are fixed on the periphery of the rotor at a very high velocity. The steam completely expands inside the nozzle and as a result, the pressure does not change as it moves through the blades. In the case of reaction turbine, steam pressure gradually decreases while it expands through the alternate sets of fixed and moving blades. There are no nozzles present in the reaction turbine as the fixed blade itself acts as the nozzle.
#Content
@Ghiasvand_engineering
@SolidWorks2019
There are basically two types of steam turbines in the market today based on steam flow: 1. Reaction turbine 2. Impulse turbine. Most reactors in use have a combination of both designs in various stages of the turbine. The lower pressure regions comprise of the reaction design and the higher pressure regions will have the impulse design. In impulse turbine, the steam coming out from the fixed nozzle strikes the blades that are fixed on the periphery of the rotor at a very high velocity. The steam completely expands inside the nozzle and as a result, the pressure does not change as it moves through the blades. In the case of reaction turbine, steam pressure gradually decreases while it expands through the alternate sets of fixed and moving blades. There are no nozzles present in the reaction turbine as the fixed blade itself acts as the nozzle.
#Content
@Ghiasvand_engineering
@SolidWorks2019
👍1