Posts Tagged ‘Design’

Jeep Wrangler Bags Vehicle Design Award

Friday, March 18th, 2011

Specialty Equipment Market Association (SEMA), the entity that brings together OEM and aftermarket manufacturers, chooses Jeep Wrangler as the most accessory friendly SUV. Said award was given at the 2006 SEMA Show in Las Vegas.


Each recipient of the SEMA Vehicle Design Award was part of a selection process that involved a number of companies that make up SEMA. It was also participated by several automakers in the industry that share technology programs. SEMA’s program includes data sharing, technology transfer initiatives, measurement sessions, and more. This program is aimed at imparting updates, breakthroughs, and wisdom about automobiles and auto industry in general. The information gathered can be used by automakers in their future lineups.


The SEMA Vehicle Design Awards was launched to recognize fresh innovations and new vehicles that best exemplify the alliance between the OEMs and SEMA-member companies. The award is given to the vehicle that was selected by the group of voting members. In regard to Jeep Wrangler, it has received about 25 percent of the votes for this year.


“The big advantage that SEMA offers DaimlerChrysler is putting us together with providers and bringing quality parts to market. They enable us to work with the accessory companies early and ultimately the customer wins with a higher quality accessory. The Jeep Wrangler is the perfect canvas for personal accessories and re-accessorization,” said Scott Brown, DaimlerChrysler Group Communications, West Coast.


Jeep Wrangler, a mini sport utility van, is successor to the famed World War II vehicle. It has debuted in 1987. Jeep Wrangler parts and were updated in 1997 and 1997. For the model year 2007, Jeep auto parts will still be subject to redesigns and upgrades.


Jeep Wrangler is manufactured at the automaker’s plant at Toledo South Assembly in Ohio. It can be recalled that the 2007 Wrangler Unlimited was launched at the New York Auto Show last April. Said model is designed to compete with larger off-road vehicles like Toyota FJ Cruiser. The latter uses sophisticated Toyota body parts to boost its off-road performance.


“Our participating manufacturing members had early access to the Jeep Wrangler and discovered that the inherited design and classic engineering of this vehicle provides several opportunities for customer personalization,” said Carl Sheffer, SEMA vice president, OEM Relations. “Based on feedback from the automakers, we are having a positive impact on the design and marketing of future vehicles.”

Structural Steel Design ? Outsourcing Rcc Framed Structure

Saturday, March 12th, 2011

Steel is the most commonly used construction material in the world today. From skyscrapers to bridges, automobiles to ships, pipelines to rocket gantries, the durability and versatility of steel makes these fixtures of modern civilization possible.

Structural steel design is one the available options of structural engineering services. It is wise to use structural steel design in any construction activity rather than other traditional processes. The number of advantages and applications that structural steel design provides makes it easy to choose it from others.

Structural steel design encompasses familiarity with the different types of steel and steel-based alloys, reliance on formulas depicting stress-resistance and load-bearing factors of, among other things, steel beams, columns, braces, connectors, and hangers, as well as a vast command of geometrical forms and the mathematics of construction. These are really important applications of structural steel design and are widely used in today’s highly competitive construction industry. With the help of it you can develop noticeable building as per your design specifications.

An RCC Framed Structure is an assembly of slabs, beams, columns and foundation connected to one another so that it behaves as one unit. It is a methodology, which enables the construction of tall buildings and building with stilts. Majority of urban structures and multistoried buildings are built as RCC framed structures. In an RCC framed structure, the load is transferred from a slab to the beams then to the columns and further to lower columns and finally to the foundation which in turn transfers it to the soil. The walls in such structures are constructed after the frame is ready and are not meant to carry any load. 

The common types of foundations used for RCC framed buildings are:

Footings
Raft foundation
Pile foundations

In RCC structures foundations should be designed in such a ways so that the loads are safely transferred to the soil and the soil is able to withstand them. There are lots of accurate outsourcing RCC framed structure design services provider available in market and they are providing accurate services within time limit and at minimum budget.

For more information about structural steel design and RCC framed structure design services visit us at: http://www.autocaddraftingindia.com/2dimension/structural_design_drafting.php or email us your requirements at: info@autocaddraftingindia.com

WEB DESIGN & WEB DEVELOPMENT/CUSTOM SOFTWARE DEVELOPMENT

Wednesday, March 9th, 2011

WEB DESIGN & WEB DEVELOPMENT

 

We are best in the field of Web Development. With proper use of modern technologies like PHP, ASP.net, Ajax, Flash, Flex, JSP etc. and high quality of creativity, we develop custom web applications which not only establish easy and effective interaction with your customers but also make you one of the leaders in industry.

 

Softains being one of the leading web development companies in India is leader to develop attractive, quick-loading, cost effective, search engine optimized sites with easy and user-friendly navigation.

Our Web Development Services includes :

Static/Dynamic Website Design and Development
Ecommerce Website Design and Development
Website Redesign
Website Maintenance
Flash Website Design and Development
Social Networking Design and Website Development
Content Management System
CUSTOM SOFTWARE DEVELOPMENT

 

Softains has the enough skill and expertise as well as experience to develop custom software as per your business needs and requirements.

We have developed number of window based as well as centralized software for reputed companies all over the globe. We are providing 24X7 support to our all clients at 100% satisfaction.

 

We are using advanced technology to develop software. We are using .NET tools as a front and development and SQL Server 2008 or SQL Server 2005 as Database server which much more secure than others. Our Software environment is very user friendly so anyone can operate it without any technical knowledge. She/he just wanted to know the operating of the computers. We are also providing training for Software operating when it delivered to our clients.

 

Our Software Development Service includes :

Custom Software Development
ERP Package Development
Accounting Software for Car Rental
Accounting Software for Travel Agents
Accounting Software for Automobile Workshop
Accounting Software for FMCG Distributor
General Accounting Software
Custom Mobile Software Development
Mobile Software for Flight Booking
Mobile Software for Car Booking
Mobile Software for Hotels and Holiday Booking

 

 

Use of 3D CAD Modeling in Mechanical Engineering Design

Thursday, March 3rd, 2011

The primary focus of 3D CAD Modeling is to develop highly accurate specifications and detailed drawings for manufacturing and construction purposes. The developer needs different 3D computer applications for design, detailing, drawing and manufacturing process. 3D CAD modeling allows for reuse of CAD data which positively impacts productivity, delivery schedules and eventually profitability.

3D CAD techniques have gained significant popularity because design data can often be reused across various stages of the manufacturing life-cycle. Each CAD system comes with proprietary file formats which need to be made compatible with other project software. By and large designers use STEP and IGES files to make 3D solid models compatible with other systems. The disadvantage of this practice is the extensive rework, significant delay, inefficient use of critical human resources and increased costs.

Powerful CAD systems such as AutoCAD 2010, Microstation and SolidWorks provide native 3D models to optimize data exchange effectiveness and quality. This practice results in less rework, better productivity and higher data integrity allowing the designer to save hundreds of man-hours. Further, all these systems come with routine updates to ensure compatibility with latest CAD software releases.

Every CAD platform has a unique way of representing 3D geometry for a given manufacturing design. If you try to open a 3D model in other application then you see some discrepancies in terms of white spaces, gaps, miss-alignment, etc – diluting the actual design intent. AutoCAD 2010 quickly and easily makes adjustments to optimize the models and removes all these differences well before the file get translated.

AutoCAD mechanical interface embeds optimization tools, automated repair modules and compliance with latest industry standards to offer its users easy-to-understand, fast and highly accurate 3D CAD translations. Organizations can purchase main suit and add-ons for a nominal fee to make their systems up-to-date for future use. This kind of scalability results in greater return of investment (ROI) and can win more business for the organization. AutoCAD and SolidWorks has found their extensive use across a wide variety of industries such as manufacturing, automobiles and machineries and helps mechanical designers, product developers and mold makers benefits of low cost and quicker turn around times.

Post any of you queries to us at info@cadoutsourcingservices.com

Improve Structural Steel Design with CAD Tools and Detailing

Friday, February 25th, 2011

Steel is the most comprehensively used construction material worldwide today. Its strength, elasticity, durability, pliability, aesthetic appearance, eco-friendliness has made steel as the fundamental element of virtually every industrial or commercial structure in existence. From high-rise buildings to skyscrapers, automobiles to rocket gantries, bridges to complex pipeline structures, the versatility and durability of steel makes these fixtures of recent civilization achievable!


Of course, with the introduction of steel structures brought the concept of structural steel design. The key of a structural steel design, as against architectural design, is the assertion of the structural integrity of a steel building, skyscraper, bridge, roof, etc. Structural steel design involves better understanding of the various kinds of steel and steel-based alloys, confidence on formulas describing load-bearing capacity and stress-resistance, among other factors, steel columns, beams, braces, hangers & connectors and the mathematics of building construction. If any of the structure component or design fails, disaster is bound to happen.


Structural steel design has shifted from focusing solely on the rigidity that steel can give to a structure, to the benefits that steel offers in structural flexibility, allowing a structure to better withstand the stresses of nature and human movements.


Initially, structural steel design was achieved through hours of painstaking manual calculation, drafting process and using trial and error methods. As the quality of steel has got better, so have the systems of structural steel design. Today, Computer Aided Design (CAD) is perhaps the most efficient and innovative tool in the development of structural steel design, relieving the structural engineer of the error-prune and tedious physical calculations and manual drafting procedures. CAD guarantees a much quicker and far more accurate design process at considerably less cost.


For more information on how you can get effective and accurate structural steel design solutions with significantly low cost email us at info@cadoutsourcingservices.com

Visit us at http://www.cadoutsourcingservices.com/structural-steel-detailing-design.php

Fundamentals of Mechanical Design and Mechanical Drafting

Friday, February 18th, 2011

The purpose of any mechanical product dimensions is to convey the manufacturing and supervising the mechanical engineering needs for the end substance. The substance could be dimensioned in several ways and by each procedure we should be able to fulfill same needs of mechanical 2d design services and mechanical 3d design services.

Fundamental steps for mechanical design and drafting services are as follows:

- To know the requirements of the completed mechanical components and its dealings with the subsequent level of assembly

- To work with mechanical design in order to define datum that are dependable with the functions of the final mechanical products

- To define a method of dimension to propose the completed part requirements

- Identifying a tolerance method insures the mechanical product to function overall in the series of manufacturing variability

- Inquiring manufacturing or inspection is completely essential to meet the design objectives

Conventions for Mechanical Design and Drafting

- To show adequate dimensions so that the shapes and sizes of the objects are easy to find without assuming or calculating any distances.

- Clearly mention each dimension, which helps in interpreting in a singly way.

- Dimensions between points, lines, and surfaces are shown so that they have specific relation with each other or which controls the location of other components or mating sections.

- Selecting and arranging dimensions to keep away from the accumulation of tolerances that may allow diverse interpretations, resulting in failure in use and unsatisfactory mating of parts.

A characteristic will not be positioned by several tolerance dimensions in any single direction. Its true shape is evident where dimension of each feature is in the view where it seems to be in the profile. You need not highlight dimensions to lines to represent hidden surfaces. Convey decimal parts of a degree and angular dimensions in degrees. Plus as well as minus tolerance is used and the tolerance preference is not unilateral but bilateral. Equal plus and minus values are desired. You need engineers, mechanical designers, and drafters with extensive experience to provide you mechanical 2d design services and mechanical 3d design services.

Interior Design Contract

Sunday, February 13th, 2011

INTERIOR DESIGN CONTRACT FORMAT

This contract, by and between the ________________, hereinafter called the NAFI, by and through its duly authorized Contracting Officer, and the _______________________, hereinafter called the Contractor is for interior design work at _______________________________________.

(Name of installation)        (State)

NOW THEREFORE, it is agreed as follows:

ARTICLE I. The NAFI hereby agrees to and does hereby engage the services of the Contractor, and the Contractor hereby accepts the engagement to design and to do the work hereinafter specified by the NAFI in connection with the following project. The design and specifications for all furnishings, wall treatment, fixtures, color concepts and the equipment for the (identify all area in the facility involved), (include kitchen when needed), of the ________________________________________________.

(Facility)                                                (Name of installation)

ARTICLE II. The Contractor will complete all interior design work and services under this contract except supervision, inspection and acceptance of the furnishings phase, within _____ calendar days after receipt of the Notice to Proceed. The Notice to Proceed will be issued within 10 calendar days from the date of award of this contract. The parties to this contract have considered mailing time in establishing the period of performance.

Period of Service:

(1)     The Contractor will deliver the Preliminary Interior Design Phase Submittals within _____ calendar days after receipt of the Notice to Proceed.

(2)     The NAFI will review the Preliminary Interior Design Phase Submittals within _____ calendar days and return them to the Contractor.

(3)     The Contractor will deliver the Prefinal Interior Design Phase Submittals within _____ calendar days after receipt by the Contractor of written instructions on the Preliminary Submittal.

(4)     The NAFI will review the Prefinal Interior Design Phase Submittals within ____ calendar days and return them to the Contractor.

(5)     The Contractor will deliver the Final Interior Design Phase Submittals within ____ calendar days after receipt by the Contractor of written instructions on the Prefinal Submittal.

(6)     The NAFI will review the Final Interior Design Phase Submittals within _____ calendar days and return them to the Contractor.

(7)     The Contractor will deliver the corrected Final Interior Design Phase Submittals within ____ calendar days after receipt by the Contractor of written instructions for correction.

(8)     Final supervision, inspection and acceptance by the Contractor of the furnishings phase of the project will be accomplished as scheduled by the Contracting Officer.

ARTICLE III. The Contractor agrees to render the following services in connection therewith:

Preliminary Interior Design Phase:

(1)     The Contractor will meet the Contracting Officer and all others responsible for the project to discuss the project in detail, including design concepts, desired atmosphere and to survey and measure all areas subject to design work.

(2)     The Contractor will prepare preliminary conceptual studies, including sketches and proposed materials, including but not limited to carpeting, furniture, draperies, wood finishes, paints, wall coverings, architectural drawings for special millwork and construction, and so forth, to complete the design and make a preliminary presentation to the Contracting Officer and other involved. After a thorough discussion, evaluation, and inspection of samples, a final agreement between the Contractor and the group will be made as to final interior design concepts.

(3)     The Contractor will take a complete inventory of all presently owned furniture and equipment, evaluate it by life expectancy and utilize it to the best advantage in the area, when applicable, as part of their design.

b.     Prefinal Interior Design Phase:

(1)     On acceptance of the preliminary design phase, the Contractor will prepare a prefinal detailed design presentation, including full color sketches in perspective; color and sample boards to supplement the color renderings; complete scaled architectural drawings showing furnishings and light fixture placement; scaled wall elevation drawings showing wall treatment, molding, wall light fixtures, accessories, and window treatment; scaled plans of kitchen equipment location including ventilation hoods, plumbing, and electrical connections; complete specifications in detail with manufacturer, manufacturer’s address, current part of stock number and description, to include all custom-designed items in detail. A formal presentation of the final phase will be made to the Contracting Officer and other representatives for final approval. After approval, any changes made in the design package must be in writing and must be approved by both the Contracting Officer and the Contractor.

(2)     If the Contractor has not been involved in the preliminary functional planning and if construction is involved, they will review the architect-engineer’s plans at the 30 percent completion stage. In the interest of better utilization of space and to prevent duplication of effort and material, such as wall and floor finishings, they will coordinate on the plans at that time. They will make recommendations for any changes to improve the functional concept to the Contracting Officer, with written justification, covering those areas or items affected.

Final Interior Design Phase:

(1)     The Contractor will furnish their completed detailed design concept, including all necessary items such as floor plans, architectural drawings, color photographs or renderings and color and sample boards and specifications, in sufficient quantities to allow the Contracting Officer to solicit Request for Proposals from those firms qualified to perform the furnishings phase. The cost of duplicating the design package in sufficient numbers will be borne by the Contractor as part of the design fee. Furnishings will be itemized separately, identified by individual article and price per item at current wholesale cost and submitted to the Contracting Officer with the design package.

(2)     The Contractor and all other firms owned by, or associated with, or affiliated with the Contractor will not be allowed to compete in the bidding or make a proposal in the interest of obtaining a furnishings contract or supply items of furnishings, fixtures, materials, or equipment for this project in which they are the Contractor. They will be considered to be an advisor to the Contracting Officer and the NAFI during this project and will act in their best interest in their guidance, advice and professional association with them. Any instances in which they may be involved other than so designated or any involving any unethical practices will be grounds for termination of their contract.

Installation and Acceptance Phase. During the final stages of installation of all items of furnishings, wall treatment, carpet laying, window treatment, installation of fixtures, and other parts of the design scheme, the Contractor will inspect, supervise and accept them as part of their design fee. They will assure the Contracting Officer that the quality of all furnished items, installation of fixtures, and quality of workmanship is professionally performed and meets with their design concept and applicable Air Force standards. This will be at no extra cost to the NAFI.

ARTICLE IV. The Contractor and NAFI further agree as follows:

As compensation for the services herein described, the Contractor will receive the total sum not to exceed $____. Compensation for any other services rendered by the Contractor in connection with any additional work not originally contemplated or specified, or in connection with any subsequent changes to plans, will be negotiated with the Contracting Officer before performance of same. No additional charges or fees are binding on the NAFI unless negotiated with and approved in advance by the Contracting Officer. The compensation herein provided is payable to the Contractor as follows:

(1)     _____ percent, ($_____) to be paid when the preliminary design phase and presentation have been accomplished, discussed and changes negotiated.

(2)     _____ percent, ($_____) to be paid on completion and acceptance of the prefinal and detailed design concept with all necessary facets to solicit proposals.

(3)     _____ percent, ($_____) to be paid on completion and acceptance of the final detailed design concept with all necessary facets to solicit proposals.

(4)     _____ percent, ($_____) on final supervision, inspection and acceptance by the Contractor of the furnishings phase of the project.

In the event of termination of this contract for any reason, any services previously rendered by the Contractor, including the product thereof (plans, sketches, drawings, illustrations, specifications, and so forth) are the property of the NAFI or its successor fund. The Contractor will not assign or subcontract the performance of their duties and services hereunder without the prior written approval of the Contracting Officer. The Contractor agrees to indemnify, save harmless, and defend the NAFI: (a) from and against any and all claims, demands, action, debts, liabilities and attorney’s fees arising out of, claimed on account of, or in any manner predicated on loss or of damage to the property of, and injuries to or death of any and all persons whatsoever, in any manner caused or contributed to by the Contractor, their agents, servants or employees while, in, on or about NAFI, (base) or while going to or departing from the same; (b) from and on account of damages of any kind which the NAFI may suffer as the result of the acts of the Contractor, their agents, servants or employees in or about said military installation. Required Insurance:

(1)     The Designer will procure and maintain at their own expense during the entire period of their performance under this contract the following minimum insurance:

(a)     Comprehensive General Liability – $100,000 per person and $300,000 per accident for bodily injury: $50,000 per accident for property damage.

(b)     Comprehensive Automobile Liability – $100,000 per person and $300,000 per accident for bodily injury: $25,000 per accident for property damage.

(2)     Before beginning work hereunder, the Contractor will furnish to the Contracting Officer a certificate of the above-required insurance. The policies evidencing such required insurance must contain an endorsement to the effect that cancellation, nonrenewal or any material change in the policies adversely affecting the interests of the Government in such insurance will not be effective until 10 calendar days after written notice thereof to the Contracting Officer.

(3)     The Contractor agrees to insert the substance of this clause, including this paragraph (3) in all sub-contracts hereunder.

Workers’ Compensation Coverage. The Contractor will maintain adequate workers’ compensation coverage to comply with the appropriate local, state or federal workers’ compensation law for any employee performing work related to this contract. It is mutually understood and agreed that there are no verbal or any other agreements in addition to or in contradiction of the terms and provisions herein set forth. The Contract can be amended or modified only by Supplemental Agreement in writing signed by the parties and reviewed for legal sufficiency. Contractual Contents. This contract consists of the following:

(1)     Schedule (Introductory paragraph and ARTICLES I through IV and signature page) ……….. Page(s) ___ thru _____

(2)     General Provisions (Clauses 1 – 38) …….. Page(s) _____ thru _____

This contract has been reviewed and determined to be legally sufficient.

____________________________________________________________________________________________

(Signed by staff judge advocate or representative)                      (Date)

IN WITNESS whereof the parties hereto set their hands this day of ___________________________, 20___.

FOR THE NAFI:                                                                                  FOR THE CONTRACTOR:

______________________________________                       _________________________________________

(Signature of Contracting Officer)                                                   (Signature of person authorized to sign contract)

______________________________________                       _________________________________________

Type or print name                                                                             Type or print name

_____________________________________                          _________________________________________

Address and phone number              Date                                       Address and phone number                              Date

(NOTE: This sample contract is intended for guidance only and may require modification because of local conditions or the details of the negotiated arrangement.)

Hannah Deacon | Stylist

Hannah Deacon | Stylist – BBC Biography

Mechanical Drafting and Design in India

Tuesday, February 8th, 2011

 

Mechanical Drafting can be defined as a descriptive way to deliver an idea through the use of illustrations and drawings that show in detail the process of turning the idea into reality. This process dates back to thousands of years ago when primitive drafters illustrated on the walls of caves the processes by which they lived, hunted, worshipped, and died.

Mechanical drafting and design has significantly benefited today’s refined mechanical and engineering designers. Although. Some of the generally cited benefits include improved accuracy, efficiency along with easy interference inspection, better layout, labeling and dimensioning. No matter how CAD system is used, it is very much capable of handling the varied requirements of mechanical and electrical designers.

India is became KPO catering to the 3D modelling needs of mechanical drafting and design sector globally. Mechanical drafting company used the latest standards and techniques in 3D modeling to develop your mechanical models. Mechanical Design Company has 3d design experts can create a new 3D model from just an idea or a concept or convert existing 2D mechanical designs to 3D model. They have dedicated highly skills team of 3d designer; they can create 3D mechanical models with an added dimension and the impact which prompts curiosity and attention.

There are lots of benefits of mechanical drafting and design outsourcing in India.

• It reduce capital costs of infrastructure

• latest standard and technology

• Highly experienced 3d designers experts team

Competitive pricing which are low as 40-60% of the prevailing US costs

• Quick turn around time with high accuracy

• Strong quality maintained

• Saving human resources

• Excellent training infrastructure

• Concentrate on your core business.

Mechanical drafting services and mechanical design, mechanical products, mechanical engineering drawings, mechanical 2d drafting, mechanical drafting services at $10-$15/hr with quality in India.

 

For more information about mechanical drafting and mechanical design please visit at http://www.mechanical3dmodelling.com/

Send us your mechanical drafting and design project and get 60% off.