AutoCad 2010 Commands

 Working

1) https://subscription.packtpub.com/book/business-&-other/9781789809152/1/ch01lvl1sec05/setting-units-and-limits

To set the limits, type the LIMITS command and press Enter.

The command line will now prompt you to specify the lower-left corner of the screen from where you want the limit to start. By default, 0,0, or the origin, is selected. You can specify any other point as well if you want, then press Enter.

Now, the command line will prompt you to specify the upper-right corner of the screen for the limit. Type the coordinates of the point in the form of x, y and press Enter:

Select 0,0 as the lower-left corner and 60,40 as the upper-right corner. After setting the limits, type Z and press Enter, then type A and press Enter again in the command line.

The screen will reset to adjust according to the newly specified limits.

2) 

Laser Diode: OpenScad and CFD with https://www.simscale.com/

 1) 

$fa = 1;

$fs = 0.1;

//dimensions in mm//

lD_a=5;// laser Diode length //

lD_b=1;// laser Diode width //

lD_c=1;// laser Diode height

ld_spacing_between=1.5;// spacing between laser diodes //

bR_noCut_a=66.5; //bigRectangular noCut//

bR_noCut_b=18; //bigRectangular noCut//

bR_noCut_c=13; //bigRectangular noCut//

    bRc_a=30;//bottom Rectangular Cut//

    bRc_b=18;//bottom Rectangular Cut//

    bRc_c=2;//bottom Rectangular Cut//

    

sSR_a=11;// Side Small REctangular

holeCapThickness=2;

radius=2.5;

  

    translate([0,0,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([0,0+ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([0,0+2*ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([0,0-ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([0,0-2*ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    

    

    

    translate([8,0,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

   translate([8,0+ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([8,0+2*ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([8,0-ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([8,0-2*ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    

       translate([16,0,bR_noCut_c/2])

   cube([lD_a,lD_b,lD_c],center=true);

   translate([16,0+ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([16,0+2*ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([16,0-ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([16,0-2*ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

 

 

        translate([-8,0,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

       translate([-8,0+ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([-8,0+2*ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([-8,0-ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([-8,0-2*ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    

    

       translate([-16,0,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

  translate([-16,0+ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([-16,0+2*ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([-16,0-ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

    

    translate([-16,0-2*ld_spacing_between,bR_noCut_c/2])

    cube([lD_a,lD_b,lD_c],center=true);

 

 

    

    module line(start, end, thickness = 0.5) {

    hull() {

        translate(start) sphere(thickness);

        translate(end) sphere(thickness);

    }

}

//line([0,0,0], [5,23,42]);//

//line([((bR_noCut_a/2)-(sSR_a)-radius-(holeCapThickness/2)),0,-bR_noCut_c/4], [0,0,-bR_noCut_c/4]);

   

difference() {

    cube([bR_noCut_a,bR_noCut_b,bR_noCut_c],center=true);

    //bottom Rectangular Cut//

    translate([0,0,-bR_noCut_c/2])

    cube([bRc_a,bRc_b,bRc_c],center=true);

    

//(bR_noCut_a/2)-

    

    //Side Rectagular Full Cut both sides//

    translate([0,bR_noCut_b/2,0])

    cube([44.5,10,13],center=true);

    translate([0,-bR_noCut_b/2,0])

    cube([44.5,10,13],center=true);

    

    //Side Rectagular Cut both sides//

    translate([-bR_noCut_a/2,0,bR_noCut_c/2])

    cube([sSR_a*2,bR_noCut_b,bR_noCut_c],center=true);

    translate([bR_noCut_a/2,0,bR_noCut_c/2])

    cube([sSR_a*2,bR_noCut_b,bR_noCut_c],center=true);

    

    //one big Holes in x-direction

    translate([0,0,bR_noCut_c/4])

    rotate([0,90,0])

    //color("red");

    color("red") cylinder(r=radius, h=bR_noCut_a-sSR_a*2-holeCapThickness*2, center=true);

    

    //two Holes in x-direction   

    translate([-(bR_noCut_a/2)-holeCapThickness,0,-bR_noCut_c/4])//-3.5

    rotate([0,90,0])

    cylinder(r=radius, h=(bR_noCut_a/2)+holeCapThickness*2,center=true);

    translate([(bR_noCut_a/2)+holeCapThickness,0,-bR_noCut_c/4])//-3.5

    rotate([0,90,0])

    cylinder(r=radius, h=(bR_noCut_a/2)+holeCapThickness*2,center=true);//35

    

    //two Holes in z-direction

    // ((bR_noCut_a/2)-(sSR_a/2)-holeCapThickness-radius)

    translate([((bR_noCut_a/2)-(sSR_a)-radius-(holeCapThickness/2)),0,0])

    cylinder(r=radius, h=bR_noCut_c-holeCapThickness*2,center=true);

      translate([((-bR_noCut_a/2)+(sSR_a)+radius+(holeCapThickness/2)),0,0])

    cylinder(r=radius, h=bR_noCut_c-holeCapThickness*2,center=true);

    

    //translate([19,0,-10])

    //cylinder(r=radius, h=40,center=true);    

}

2) Geometries

3) Edit in CAD mode

4) Topological Entity Set

5) Click 'Create Simulations' 

6) Conjugate Heat Transfer Webinar | SimScale

Conjugate heat transfer

6) 

Some important links for latex

1. Unicode / LaTeX conversion
2. Write equations in latex
3. Make tables in latex
4. Symbol to Unicode Character Code

Latex: How to start

1. Install ghostscript. (http://www.ghostscript.com/download/gsdnld.html)
2. Install miketex. (http://miktex.org/download). Miktex includes Texworks editor.
3. Now open Texworks and paste the follwing code:

 \documentclass{article}
\begin{document}
My first \TeX~document.
\end{document}

Save the file as test.tex and press CTRL+T. If output pdf shows "My first TEX document.". Everything is OK.

How to install packages in Miketex-
1. Go to Miktex Update(Admin) exe file and run this file as administrator. Update the connection settings if any.

 

 2. Go to Miktex Package Manager(Admin) exe file and run this file as administrator. Right click on the package name and select install.




Enjoy!

Some tricks-
1. Math symbols should be written between dollar signs. Example. $<$, $\circ$. (http://tex.stackexchange.com/questions/101918/how-to-use-maths-symbols-in-text-mode)
2.Packages often required in writing thesis
(1) classicthesis
(2)