Showing posts with label final year Projects. Show all posts
Showing posts with label final year Projects. Show all posts

Tuesday, January 14, 2014

Final year mechanical engineering project topics

Mechnical engineering Final year project topics Pneumatic and Hydraulic  
mechanical projects topics



PNEUMATIC AND HYDRAULIC BASED MECHANICAL PROJECTS TOPICS 


TOPICS ARE AS FOLLOWS YOU MAY USE ANY OF THE FOLLOWING TOPIC AS YOUR FINAL YEAR PROJECT:


Fabrication of Hydraulic Pipe Bending Machine
Fabrication of Remote Operated Belt Conveyor
Fabrication of Motorized Hydraulic Jack
Fabrication of Hydraulic Pressure Testing Pump
Fabrication of Hydraulic Puller for Automobile
D & F of Pneumatic Multipurpose Press System
D & F of Automatic Pneumatic Ramming Machine
D & F of Pneumatic Four-Axis Material Handling Equipment
D & F of Pneumatic Auto feed Drilling Machine
Fabrication of Sticker Making Machine
Fabrication of PC based auto feed pneumatic vice
Fabrication of Motorized Zip Crane
Accident avoiding System for heavy Cutting Machine
Fabrication of Pneumatic Auto feed Metal Forming Machine
Fabrication of Automatic Pneumatic Shaping Machine
SMS controlled pneumatic Ramming Machine
Cell phone controlled pneumatic 4-Axis material Handling Equipment
Fabrication of CNC pneumatic packing control machine
Pneumatic Operated Emergency Braking System (EBS)
Pneumatic Operated Intelligent Braking System (IBS)
Anti-Lock Braking System (ABS)
Fabrication of Pneumatic Auto Feed Riveting Machine
Fabrication of Pneumatic Ball Printing Robot
Fabrication of Conveyer Operated Robot Hand Model
Fabrication of Paper Cup Making Machine
Automatic Pick and Place paint spraying Equipment
Pneumatic Auto feed lemon Cutting Machine
PC based Accident preventing system in cutting machine
Cell phone controlled pneumatic 4-Axis material Handling Equipment
Fabrication of Automatic Pneumatic Stand for two wheeler
D & F of Hydraulic Press with Power Pack
D & F of Pneumatic Injection Moulding Machine
Fabrication of Radial Plunger Pump
Fabrication of Auto feed pneumatic vice
Fabrication of Hydraulic Cylinder Liner Puller
Fabrication of Hydraulic Trolley Type Jack
D & F of Hydraulic Lift with Pressure Booster
D & F of Pneumatic Automatic Printing Press
Fabrication of Automatic Pneumatic Bottle Washing machine
Fabrication Pneumatic Leaf-Cup Making Machine
Sensor Operated Automatic Ramming Machine
Fabrication of Pneumatic Bending/Bend Removing Machine
D & F of Pneumatic Automatic punching and riveting Machine
D & F of Hydro-Pneumatic Vice with Pressure Booster
D & F of Automatic Pneumatic Riveting Machine
Electro hydraulic System for Automation in Vehicle
D & F of Automatic Lubrication System
D & F of Pneumatic Bearing Puller
Combined hydraulic and disk break system
Fabrication of Automatic Electro Hydraulic Braking System
Fabrication of hydraulic hybrid system for four wheeler
Fabrication of automatic multi point grease gun
Fabrication of three axis pneumatic Modern Trailer
Fabrication of Smart shock absorber
Automatic pneumatic bumper for four wheeler
Fabrication of Pneumatic 4-axis JCB Equipment
Automatic sensor based wall painting robot
PLC based automatic multi-machine lubrication system
Fabrication of queries controlling system for two wheeler
Automatic Pneumatic Paper cup folding Machine
Automatic paint spraying Equipment
Automatic pneumatic vice and jack
Fabrication of hydraulic operated adaptive breaking system
Fabrication of Pneumatic operated ladle tilting mechanism for foundries
Automatic bar feeding mechanism for hack saw machine
Fabrication of hydraulic revolving multi-purpose trailer
Fabrication of Double axis pneumatic JCB Equipment
Automatic Electro-Hydraulic Braking System for Four Wheeler
Fabrication Automatic differential unit locking System
Compressed air production using vehicle suspensor
Fabrication of Pneumatic Operated Automatic packing Control Machine
Fabrication of Hydraulic Pallet Truck
Fabrication of Automatic Pneumatic Chapathi making machine
Fabrication of Pneumatic Auto gear changer
Fabrication of automatic pneumatic reciprocating grinding machine
Auto Indexing gear cutting attachment for pneumatic shaping Machine
Electronic Assisted hydraulic breaking system
Automatic Distance Measurement and Braking System By using Ultrasonic Waves
Fabrication of Pneumatic Auto feed Bottle washing Machine
Fabrication of Pneumatic Reciprocating Water Pumping System
Fabrication of Abrasive Jet Machine
Remote controlled car/bus Pneumatic door open/close mechanism
Automatic Pneumatic Cold Chamber Die Casting Machine
Fabrication of Automatic Pneumatic Hammer
Fabrication of Pneumatic Machining Time Reduction in shaping Machine
Automatic Paint marking machine for sprocket manufacturing industries
Automatic Pneumatic Welding Robot
Fabrication of hydro coupling mechanism
Automatic pneumatic Spring End Grinding Machine
Fabrication of automatic Multi-purpose press
Fabrication of Pneumatic automatic Vegetable Cutting Machine
Fabrication of Pneumatic punch die
Fabrication of Automatic Pneumatic Jack
Fabrication of Pneumatic Belt Conveyor
Automatic pneumatic welding machine
Fabrication of Hydraulic oil pump testing Equipment
Fabrication of Hydraulic Break show Riveting Machine
Fabrication of mirror cutting machine by using compressed air
Fabrication of Hydraulic Ladder
Highways high speed indication and Automatic Pneumatic Braking System
Remote controlled paint spraying Robot
Quick Lifting Hydraulic jack with gear arrangement
D & F of Pneumatic Vice
D & F of Hydraulic Injection Moulding Machine
Fabrication of Hydraulic Hand Operated Bus Bar Bender
Fabrication of Pneumatic Mobile Crane
Fabrication of Pneumatic Pick and Place Robot
D & F of Hydraulic Scissor plat form Machine With Power Pack
D & F of Pneumatic Auto Feed Punching Machine
D & F of Mini Hydraulic Press
D & F of Pneumatic High Speed Hack Saw Machine
Fabrication of Intelligent Motorized Hydraulic jack
Fabrication of Pneumatic Cutting and Grinding Machine
Fabrication of Pneumatic Screw Driver Machine
Fabrication of Automatic pneumatic Jack for Four Wheeler
Fabrication of Pneumatic Sander and Polisher Machine
Pneumatic Multipurpose Grinding Machine
Pneumatic 3/8-th inc Reversible Drilling Attachment
Fabrication of Pneumatic Belt Conveyor
Automatic Pneumatic Reciprocating Water Pumping System
Electro-Hydraulic System for Automation
Fabrication of CNC pneumatic punching machine
Fabrication of PC based pneumatic Ramming Machine
Fabrication of CNC Drilling Machine
Fabrication of Pneumatic Operated Inspection conveyor
Fabrication of Pneumatic operated Conveyor Automation
Fabrication of Automatic Reverse Braking System for Automobile
D & F of Hydraulic Scissor Lifter
D & F of Pneumatic reciprocating Hack saw Machine
Fabrication of Automatic Electro hydraulic Jack
Highways high Speed sensing and Automatic Pneumatic braking System
Pneumatic Auto indexing Drilling Machine
Accident Avoiding System for Punching Machine
Automatic Sensor Operated Pneumatic Braking System
D & F of Pneumatic Bearing Press System
Fabrication of Mini Hydraulic Hand Operated Zip Crane
Fabrication of Pneumatic Multipurpose Machine
Fabrication of Pneumatic Slotting Machine
Fabrication of Pneumatic Automatic sheet Cutting Machine
Automatic pneumatic vulcanizing Machine
Pneumatic based Intelligent Active Suspension system for two wheeler
Pneumatic Auto feed Sheet Cutting Machine
Sensor Operated Auto feed Punching Machine
Fabrication of Pneumatic trainer kit with air compressor
Fabrication of Hydraulic Lift with Power pack
 



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Sunday, January 12, 2014

BCA Projects


Following are the latest BCA Projects:

bca projects free download with documentation

bca projects free download with documentation



BCA PROJECT # 2- Hospital Information System
FRONT END - VB6.0
BACK END - SQL SEVER 2000

FRONTEND - C # AND .NET FRAMEWORK 

BACKEND - SQL SERVER 2008

SYNOPSIS OF PROJECT  ONLINE AUCTION SYSTEM

FINAL REPORT WITH FULL DOCUMENTATION and SOURCE CODE  OF PROJECT  ONLINE AUCTION SYSTEM

BCA Project Can be submitted by - BE, BCA, MCA, B TECH Computer Science Final Year students. IGNOU BCA, IGNOU MCA, SMU BCA, SMU MCA, B.Tech / B.E in Computer Science or Information technology, MTech, MS, BSC-IT as final year project.

7.7.4 Creating a run configuration:
The bca projects free download with documentation run configuration specifies the project to run, the Activity to start, the emulator options to use, and so on. When you first run a project as an Android Application, ADT will automatically create a run configuration. The bca projects free download with documentation default run configuration will launch the default project Activity and use automatic target mode for device selection (with no preferred AVD). If the default settings don't suit your project, you can customize the launch configuration or even create a new.
To create or modify a launch configuration, follow these steps as appropriate for your Eclipse version:
Open The bca projects free download with documentation run configuration manager.
In Eclipse 3.3 (Europa), select Run > Open Run Dialog (or Open Debug Dialog)
In Eclipse 3.4 (Ganymede), select Run > Run Configurations (or Debug Configurations)
Expand the Android Application item and create a new configuration or open an existing one.
To create a new configuration:
Select Android Application and click the New launch configuration icon above the list (or, right-click Android Application and click New).
Enter a Name for your configuration.

bca projects free download with documentation

In the Android tab, browse and select The bca projects free download with documentation project you'd like to run with the configuration.
To open an existing configuration, select the configuration name from The bca projects free download with documentation list nested below Android Application.
Adjust your desired launch configuration settings.
In the Target tab, consider whether you'd like to use Manual or Automatic mode when selecting an AVD to run your application. See the following section on Automatic and manual target modes).
You can specify any emulator options to The bca projects free download with documentation Additional Emulator Command Line Options field. For example, you could add -scale 96dpi to scale the AVD's screen to an accurate size, based on the dpi of your computer monitor. For a full list of emulator options, see the Android Emulator document.
7.8 Designing:
 Designing for performance:
An Android application should be fast. Well, it's probably more accurate to say that it should be efficient. That is, it should execute as efficiently as possible in The bca projects free download with documentation mobile device environment, with its limited computing power and data storage, smaller screen, and constrained battery life.
As you develop your application, keep in mind that, while the application may perform well enough in your emulator, running on your dual-core development computer, it will not perform that well when run a mobile device — even the most powerful mobile device can't match the capabilities of a typical desktop system. For that reason, you should strive to write efficient code, to ensure The bca projects free download with documentation best possible performance on a variety of mobile devices.
Generally speaking, writing fast or efficient code means keeping memory allocations to a minimum, writing tight code, and avoiding certain language and programming idioms that can subtly cripple performance. In object-oriented terms, most of this work takes place at the method level, on the order of actual lines of code, loops, and so on.

bca projects free download with documentation

Introduction:
There are two basic rules for resource-constrained systems:
Don't do work that you don't need to do.
Don't allocate memory if you can avoid it.
All the tips below follow from these two basic tenets.
Some would argue that much of The bca projects free download with documentation advice on this page amounts to "premature optimization." While it's true that micro-optimizations sometimes make it harder to develop efficient data structures and algorithms, on embedded devices like handsets you often simply have no choice. For instance, if you bring your assumptions about VM performance on desktop machines to Android, you're quite likely to write code that exhausts system memory. This will bring your application to a crawl — let alone what it will do to other programs running on the system!
That's why these guidelines are important. Android's success depends on the user experience that your applications provide, and that user experience depends in part on whether your code is responsive and snappy, or slow and aggravating. Since all our applications will run on The bca projects free download with documentation same devices, we're all in this together, in a way. Think of this document as like the rules of the road you had to learn when you got your driver's license: things run smoothly when everybody follows them, but when you don't, you get your car smashed up.
Before we get down to brass tacks, a brief observation: nearly all issues described below are valid whether or not the VM features a JIT compiler. If I have two methods that accomplish The bca projects free download with documentation same thing, and the interpreted execution of foo() is faster than bar(), then the compiled version of foo() will probably be as fast or faster than compiled bar(). It is unwise to rely on a compiler to "save" you and make your code fast enough.
Avoid creating objects:
Object creation is never free. A generational GC with per-thread allocation pools for temporary objects can make allocation cheaper, but allocating memory is always more expensive than not allocating memory.
If you allocate objects in a user interface loop, you will force a periodic garbage collection, creating little "hiccups" in the user experience.
Thus, you should avoid creating object instances you don't need to. Some examples of things that can help:
When extracting strings from a set of input data, try to return a substring of The bca projects free download with documentation original data, instead of creating a copy. You will create a new String object, but it will share the char[] with the data.
If you have a method returning a string, and you know that its result will always be appended to a StringBuffer anyway, change your signature and implementation so that the function does The bca projects free download with documentation append directly, instead of creating a short-lived temporary object.
A somewhat more radical idea is to slice up multidimensional arrays into parallel single one-dimension arrays:

bca projects free download with documentation

An array of ints is a much better than an array of Integers, but this also generalizes to the fact that two parallel arrays of ints are also a lot more efficient than an array of (int,int) objects. The same goes for any combination of primitive types.
If you need to implement a container that stores tuples of (Foo,Bar) objects, try to remember that two parallel Foo[] and Bar[] arrays are generally much better than a single array of custom (Foo,Bar) objects. (The exception to this, of course, is when you're designing an API for other code to access; in those cases, it's usually better to trade correct API design for a small hit in speed. But in your own internal code, you should try and be as efficient as possible.)
Generally speaking, avoid creating short-term temporary objects if you can. Fewer objects created mean less-frequent garbage collection, which has a direct impact on user experience.

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