Learning Surface Modeling unlocks the full potential of SOLIDWORKS as a modeling tool. You will learn how to fine-tune any small detail of a SOLIDWORKS model by controlling its topology; manipulating the “underlining” fabric of one or more faces in order to achieve the desired result. Tak...
For surface type, select the type of surface you want to create. You can select either a Planar , Spherical , Cylindrical , or Conical surface. In the graphics area, select a group of facets to define the area of the surface you want to create. You can select these facets by: Selectin...
Your design represents the major element of the cost in manufacturing. This is the only variable of the equation you can influence. I will describe cost drivers below so you can learn how to reduce it of your CNC milled part straight from the drawing board. Improving each of these attributes...
This internal mesh is used to calculate internal stresses on the cross section just as you show and also for the nonlinear calculations (see all key-options in beam188 in help where the cross sectional calculations can be defined and changed). This mesh can be changed possibly (in Strand7 ...
(GND of one battery to VCC of another battery). If you connectbatteries in seriestheirvoltage is adding. 1 lipo cell has max voltage of 4.2V. To calculate the max input voltage to your motor just multiply 4.2V times 4 and you get 16.8V. If you know the max voltage you also know ...
3D printing costs are significant to the 3D printing business. But how to calculate the cost of 3D printing? Since the calculation methods using various parameters are different, it is essential to choose an appropriate calculation method and calculate a competitive price. ...
material sandwiched between them. If the overlapping area or distance between the conductive plates is changed, perhaps by rotating the mechanism, a capacitive sensor can detect resulting changes in the electric field between the plates. That information could then be used to calculate speed, for ...
Saffman’s lift force was used [83] to calculate the lift force in the present study. The equation is expressed as [84]: 𝐹𝐿𝑖𝑓𝑡=2𝐾𝑣1/2𝜌𝑑𝑖𝑗𝜌𝑝𝑑𝑝(𝑑𝑙𝑘𝑑𝑘𝑙)1/4(𝑢⇀−𝑢⇀𝑝)FLift=2Kv1/2ρdijρpdp(dlkdkl)1/4(u⇀−...
To begin with, I designed the Robot Arm using Solidworks 3D modeling software. The arm has 5 degrees of freedom. For the first 3 axis, the waist, the shoulder and the elbow, I used the MG996R servos, and for the other 2 axis, the wrist roll and wrist pitch, as well as the grip...