ANDROID APPS FOR FABRICATION OF EQUIPMENTS

USEFUL ANDROID MOBILE APPS LIST FOR FABRICATION OF PROCESS EQUIPMENTS

CONE LAYOUT:

This app is build to fabrication layout of cone in faster and easy way.
In this app layout of Full cone and Truncated Cone.

All Dimensions are used in this app in MM or metric System.

This app required input as cone base diameter, top diameter, Height , thickness, Specific Gravity and included angle.

This app is give output as development radius, development angle, cord length, weight of Cone Blank and Plate size required for Cone.

Key words: Pressure Vessel,Heat Ex changer, Storage Tank, Agitator, Reactor, Ellipsoidal Head, fabrication, Welding, Engineering.

Link for this App:

https://play.google.com/store/apps/details?id=com.pinjara_imran5290.Cone_Layout

TORICONE FLAT PATTERN LAYOUT:

         Toricone Flat Pattern app developed to get layout or flat pattern of Toricone with knuckle at large end or Knuckle at Both Ends in easy & faster. this app is very useful for engineers working in the field of fabrication of Pressure Vessel, heat Ex changer, Storage Tank, Agitator or mixer and any other process equipment manufacturing Industry. this app is very simple to use & learn.

This app takes inputs of large end Diameter, small End Diameter, Included half apex angle of the cone straight face for matching with Shell.

This app is best tool for handy use during workshop fabrication day to day activity.

LINK FOR THIS APP
https://play.google.com/store/apps/details?id=com.pinjara_imran5290.Toricone_Flat_Pattern

SCREW FLIGHT LAYOUT:

This App is Design to make handy Calculation of Screw Flight development. This app gives Flat pattern Size for Cutting Blank plate for development or fabrication of Screw flight. This app is very useful for those who are working in the field of Screw Conveyor or Ribbon Blender fabrication.

In this App Input is Required Outside & Inside Diameter of Screw, pitch of flight, material thickness & specific gravity of material of Construction such as carbon steel, Stainless steel,Copper, Brass or Bronze material.

This app Gives Output as Development Outside Diameter of raw Plate Circle & Inside Diameter of Circle so that it will be perfectly fit with shaft or pipe on which it will be going to weld after twisting of raw plate. 

This app is also for those who are working in the field of fabrication of Pressure vessel, Heat exchanger, Storage Tank, Agitator & Mixer and any other process equipment.

LINK FOR THIS APP:

https://play.google.com/store/apps/details?id=com.pinjara_imran5290.ScrewFliegh

ELLIPSOIDAL HEAD LAYOUT:

This app is very helpful during Template layout Marking of Ellipsoidal Head or 2:1 Elliptical Head of vessel. This app calculate Marking dimension by Dividing 12 equal parts or 24 equal part method so that user can get their desired Accuracy.

This app takes Input as Inside Diameter of Dish end, Height of Dish End and Straight face Dimensions.

LINK FOR THIS APP

https://play.google.com/store/apps/details?id=com.pinjara_imran5290.Ellipsoidal_head_layout

MITER BEND LAYOUT:

This app is build to Calculate Layout Marking of Miter Bend Flat Pattern. This app is very useful for all working professionals in the Field of Fabrication.

In this app all Dimensions are used in MM to Calculate Marking so please enter your Input Dimensions in MM to get correct solution or correct layout of Miter Bend.

Currently This app is designed by Considering 24 Nos. of equal Divisions of Plate or Pipe.

This app is used Mean Diameter Method to Calculate layout so you must need to enter Inside Diameter of Pipe and Thickness of Pipe so that app is automatically calculate Mean Diameter and layout Marking Will as per mean Diameter. so marking Should be done on Raw Plate of required size shown in this app.

please note that Cutting allowance are not included in this app so please add your cutting allowance as per your Requirement.

If you are willing to Do marking on Pipe then make some slight change in your input details as per following:
Input Inside Diameter = ( Actual inside Diameter + Thickness )

so if you input as per above then system will consider Mean Diameter equals to Outside Diameter of Pipe. and calculate Dimensions accordingly. so Now you can use this layout marking Directly on Pipe Outside Diameter after Dividing to it in equal 24 Nos parts.

LINK FOR THIS APP:

https://play.google.com/store/apps/details?id=com.pinjara_imran5290.Miter_Bend

VESSEL HEAD APP:

This app is very helpful for Calculation of Blank Diameter, Weight,Crown Radius, Knucle Radius,Height and other Related Terms of Various Types of Vessel heads such as Torispherical Head, ellipsoidal head and Hemispherical Head.

This app is designed for following Heads.
1. 10% Torispherical head or dish Ends.
2. 2: 1 Ellipsoidal head or Dish Ends.
3. Hemispherical heads.

all dimensional input Should be required in MM or Metric System.

Blank Diameter calculated by This Tool is for Estimation and costing purpose, so while Cutting Blank size of the above Dish End please consult with your head manufacture for desired Accuracy.

this tool is helful for those who are working in fabrication of Process Equipments.

Link for this App:

https://play.google.com/store/apps/details?id=com.pinjara_imran5290.Vessels_Head

WELDING SYMBOLS:

This app is useful to learn welding Symbols & their meaning Which are in fabrication Drawing.

This app has shown fillet weld Joint of Different Types which are most widely used in engineering Drawing.

This app has also described various Butt weld joints Which are Used in Engineering Drawing.

This app has Basic Symbols of Welding Joints.

This is helpful for all working professional in the field of pressure vessel, heat Exchange, Storage Tank, Agitator, Reactor, Vertical column and any other Engineering Equipment manufacturing.

LINK FOR THIS APP:

https://play.google.com/store/apps/details?id=com.pinjara_imran5290.Welding_Symbol

PIPE COIL LENGTH CALCULATOR:

This app is very useful for working professional in the field fabrication of pressure vessel heat exchange,Storage tank,Agitator or Mixers and Reactors. In this equipment heating or Cooling coil generally used to heat or cool process fluid for different purpose, so while fabrication of this types of coil we required to calculate length of pipe so that we can estimate or send raw pipe to form a coil to by rolling process.

This is very handy tool for all those who are frequently used pipe coil for different purpose such as heating or cooling. This tool also helps to designer or estimator to calculate cost of raw material or while preparing Bill of Material.

LINK FOR THIS APP:

https://play.google.com/store/apps/details?id=com.pinjara_imran5290.Pipe_Coil_Length_Cal

TUBE EXPANSION CALCULATOR:

This app is very helpful for those who are working in the Field of fabrication of Tubular heat ex changer, Boiler or any other process equipment where heat is transfer by shell & tube types of arrangement.

This app is most useful for those who are Production engineer,Quality Engineer or Any Authorized Inspector those inspect Tube sheet to Tube Expansion joints. This tool will best suited for faster calculation of % of Tube Expansion or Thinning of tube wall thickness.

LINK FOR THIS APP:

https://play.google.com/store/apps/details?id=com.pinjara_imran5290.Tube_Expansion_Calculator

NO. OF HOLE CALCULATOR:

This app usefule while calculating No of holes of Equal diameter d can be cut from given circle of Diameter D.

This is useful for estimating no of holes will be fitted in tube sheet of heat exchanger or any other perforated plate holes calculation.

LINK FOR THIS APP:

https://play.google.com/store/apps/details?id=com.pinjara_imran5290.Number_of_Hole_Calc

SPECIFIC GRAVITY:

This app is build to Know about specific Gravity value of all types of metal,liquids,gases and other miscellaneous solids.

This app has Specific gravity Value of Following Reference:

1.Metals at 62 Degree Fahrenheit.
2.Hydrocarbons at 60 Degree Fahrenheit.
3.Liquids at 62 Degree Fahrenheit.
4.Gases at 32 Degree Fahrenheit.
5. Miscellaneous Solids at 62 Degree Fahrenheit.

LINK FOR THIS APP:

https://play.google.com/store/apps/details?id=com.pinjara_imran5290.Specific_Gravity

Tube sheet To Tube Expansion Procedure

TUBE-SHEET TO TUBE EXPANSION PROCEDURE

Scope:

Scope of Tube sheet expansion procedure describes and specifies the technique, acceptance standards, and documentation requirement for tube expansion in heat ex changers.

Reference:

The current edition or addenda of the following documents has been referred in the preparation of Tube sheet Expansion procedure.

I.        TEMA

II.       ASME section VIII div. 1 – Rules for construction of pressure vessel.

Equipment to be used for the expansion:

              I.        An automatic torque control unit shall be used for carrying out the expansion.

             II.        The roller to be used shall have a generous radius at both the ends so as to ensure that there are no sharp steps on the expanded tube ID & to ensure that there is a smooth transition from expanded to unexpanded zone of the tubes.

            III.        Measuring instrument like Dial gauge & outside Micrometer / Vernier.

Expansion Mock – Up:

              I.        Take 300 x 300 mm side mock up block with thickens equal to tube sheets with same material as that of tube sheet. Drill the tube holes in the mock up block, of diameter & pitch as per Tubesheet drawing.

             II.        Measure and record the tube hole inside diameter (ID).

            III.        Cut tube 150 mm long other than tube sheet thickness and tube projection length as per drawing from the same material & wall thickness to be used in job.

           IV.        Measure & record tube ID & tube OD.

            V.        Put mandrel of proper length, based on required expansion length.

           VI.        Carry out expansion of tube of at least of 09 nos. Tube by mechanical expansion ( Tube rolling).

          VII.        Measure & record increase in the tube ID & the torque value.

         VIII.        Calculate % of thinning of tube using the following formula.

                                  (tube sheet hole ID – Expanded ID)

% Thinning = {1 - ----------------------------------------------------------- } x 100

                                           ( Tube OD – Tube ID)

           IX.        Thinning the tube should be in the range of 1 – 5 %.

            X.        Following details shall be noted:

a)     Data indicating the tube hole ID, Tube OD & Tube ID before expansion & tube ID after expansion for each tube expanded.

b)    The torque value used for each tube expanded.

c)     The make, model no. & serial no of the torque control unit used for the expansion.

d)    After establishing the torque valve on mock – up block to get the required % thinning tabulate the measurements in the attached format.

 Set – up And Expansion of Tubes in Tube sheet:

I.          Insert the tubes in the tubesheet from one end.

II.         Set the tube projection to max. 3mm in one end, as required in the drawing. Carry out expansion in one end. Check the projection on the other end. If the tube projection is more than 4mm then the tube ends are to be trimmed to maintain the projection at 4mm. Carry out expansion on the other end.

 Inspection after Expansion:

I.          100% tubes shall be inspected to ensure that the tubes are expanded.

II.         Tube to tube sheet joint shall be examined during hydro test to detect leakage, if any.

III.        In the event of leakage, the tube shall be re – expanded. Care shall be taken to ensure that there is no excessive thinning of the tubes.

WELDING ELECTRODE DESIGNATION

WELDING ELECTRODE DESIGNATION

1.CARBON STEEL ELECTRODE DESIGNATION:

Notes:

a. The abbreviations indicate the welding positions F=Flat; V= Vertical, OH= Overhead, H= Horizontal, H-Fillets=Horizontal Fillets.

b. The term dcep refers to direct current electrode positive (dc, reverse polarity). The term dcen is direct current electrode negative (dc, straight polarity).

In Above Chart Only Most widely used electrode are shown.
for This Types of Electrode Details are Given in AWS A 5.1.

2.ALLOY STEEL ELECTRODE DESIGNATION:

for This Types of Electrode Details are Given in AWS A 5.5.

3. STAINLESS STEEL ELECTRODE DESIGNATION:

Table for Commonly Used AWS Specification.

for This Types of Electrode Details are Given in AWS A 5.4.