Monday, 23 December 2013

How useful Solar Energy for Commercial and Residential?

Solar Energy
Solar energy is still a largely untapped sustainable resource, which can do away with power crisis all over the world. Only the installation costs are high but one can reap the benefits on a long-term basis after that.

High viability of solar energy for remote and far-flung areas has led to government initiatives on a global scale with high tax and other benefits to popularize this mode. Whether for commercial or residential applications one cannot deny the myriad advantages that solar energy brings.

Here below are some advantages that make it a feasible option in a wide variety of scenarios.

Low Production Costs

The low production costs of solar panels for dealing with electricity requirements of commercial and residential areas have made it a profitable proposition for manufacturers. Since these are produced in bulk the related expenses substantially lowers. As awareness regarding its benefits increase the demands escalates too. For manufacturers this signifies high returns.

Cheap Energy Source

No doubt, solar energy is free for all! Even the solar panels for converting this natural energy to usable formats do not cost a fortune. Government initiatives and subsidies no doubt help significantly as do the growing competition between various manufacturers.

With consumer demands increasing, producers of solar panels have been forced to lower the associated price tag, which is bound to come down a few more pegs in the coming times.

High Efficiency Source

Do you believe that solar energy cannot meet the overall demands of your commercial or residential space? Then you simply do not know the truth. With high degree of technological advancements in the modern world, the capacity of erstwhile secondary source of energy has increased substantially.

Now your building can become completely self sufficient in its energy needs with the help of appropriate solar panels.


Why exhaust the depleting coal and fuel reserves when an inexhaustible source is present right before your eyes and ready to use?
Huge Government Incentives

No one sees the need of converting to solar energy sources than the government of various countries the world over. They offer numerous incentives to attract and entice people to make the switch. In such a scenario going for solar panel, installing for residential and commercial requirements seems practical.

You can enjoy various benefits including reduction on the total tax amounts, fantastic discounts, and various other financial incentives that may seem like a bonus to the solar power user.

If you have not yet considered this as a feasible option for your power needs, isn't it time to reconsider your decision?

Lowered Utility Costs

When it comes to residential and commercial power consumptions switching to solar sources can surely bring down your utility bills substantially.

After all, you can do away or significantly lower your dependency on fossil fools or coal, energy production sources.

So, at the end of the day what are you going to choose, traditional electricity where the cost is rising 5 to 8% annually, or solar power where the associated prices keep on falling!

Thursday, 12 December 2013

Importance of Industrial and Mechanical Design Modeling

Industrial and Mechanical Design Modeling consists of 3D CAD models these days.
With high developments in technologies, it has become easier for organizations and service providers to get accurate results fast. This is a highly sophisticated process where the success of the final output depends almost completely on the models you develop.

Presence of state of the art technologies brings down the chances of errors to almost miniscule and ensures complete success related to industrial and mechanical designs.

Large Assembly 3D Modeling

The design of the different equipments, machines, and tools in industrial and mechanical scenarios is of utmost importance. This is what drives productivity and the quality of the finished products.

In such a scenario, one cannot take mechanical and industrial design modeling likely and require the solutions of the best service providers for getting precise and accurate results.

Varied industry requirements are different and as such, one needs to consider particular scenarios and requirements when finding a service provider that works.

CAD modeling has mostly replaced the earlier hand drafts and drawings that required cumbersome effort from drafts people and designers, which sadly was many times misplaced.

With computer aided 2D and 3D modeling coming into play in the present scenario, creating virtual projections for mechanical and industrial implementations have become effortless.

Quality designers can now take their capabilities to the IT world and read the associated benefits of latest technologies. Correct measurements and their virtual renderings that used to take hours at the end have now become almost a piece of cake.

The requirement is inputting the correct data and then finding that appropriate outputs for implementation in various scenarios.



Structural Component 3D Modeling using Weldment Features
To make the process easy, appropriate collaboration with extensive pre-planning related to 3D application and CAD operators is desirable. With complete coordination and synchronized efforts towards specific goals, it is possible to ensure high precision and accuracy at all levels, bringing down the overall time requirement.

Testing at every step helps to troubleshoot issues that crop up and lead to strict quality control at every stage of the development process.

With a reliable and reputed, industrial and mechanical design modeling service coming to your aid, successful model designs have just become a matter of time. This ensures minimum output time with substantial cost savings in the process. Also, the quality of the equipments is high and in keeping with the specific industry needs.


As a result, productivity increases substantially and organizations can increase their revenue returns.

With computer technologies growing rapidly and encompassing every facet of individual and commercial life, depending upon CAD technologies for design modeling is quite natural. However, it is necessary to emphasize on the efficiency of developed models and geometry simulations whenever required.

Use of wire attributes, bumps, and opacity of materials involved for creation of complex geometric illusion becomes necessary during the modeling process.

Industrial / Mechanical designing and model creations is a complex and sophisticated undertaking that requires as much use of technology as possible for ensuring the best results.

Only service providers well versed with tools and techniques related to industrial mechanical scenarios could offer the right results.

Are you looking for Industrial Design or Mechanical Modeling experts? Please Contact TrueCADD.

Monday, 2 December 2013

How to supports Construction and Planning Tasks using Steel Detailing and Fabrication Services?

TrueCADD provides quality structural steel detailing and fabrication services to global clients, supporting complex construction and planning projects.
Construction

TrueCADD has an invincible reputation in maintaining quality and reliability across the project schedule. It has a team of experienced structural steel detailers who use advanced computer technologies for completing steel structure detailing and fabrication in a speedier and hassle-free manner.

High-end software enables the structural steel engineers, fabricators and detailers to create quality 3D models for improved detailing and visualization.

From initial planning to design and assembly, TrueCADD offers dedicated structural steel detailing jobs to aid the construction and engineering process. The engineers perform dedicated structural steel analysis, which comprises of virtual models, detailed drawings, bills of materials, and cost estimates.

Such services are leverages by architectural firms, engineering and construction companies across USA, UK, Canada, Australia, and Middle East. The models and drawings are created according to the standards and requirements of the clients, which often demand advanced analysis of seismic and dynamic load conditions.

Why Use Structural Steel Detailing Services?


TrueCADD provides a wide range of structural detailing solutions for steel, leveraging advanced and high end structural steel detailing software.

The software can be used to create 3D models and also facilitates automatic creation of details and documents, and standardization of programs. This further aids in improving productivity, and thus, profitability. The detailing solution may include miscellaneous steel such as handrails, stairs, circular stairs, and ladders.

The company is also specialized in providing 2D drawings from 3D models, based on the documentation, including NC data, bill of materials, and PPS data.

A wide spectrum of structural steel detailing jobs provided by TrueCADD includes:

Structural Detailing
  • StruCAD Detailing
  • Staircase Detailing
  • Steel Members Detailing
  • Stair Handrail Detailing
  • Metal Detailing
  • Anchor Bolt Plan Drawings
  • Deck Detailing
  • Bar Joists Designs Drawings
  • Precast Detailing
  • Post-tension Detailing
  • Fence Detailing
  • Roof Truss Joist Drawing
  • Tekla Steel Detailing
The Steel Detailing Workflow at TrueCADD

TrueCADD typically develops a 3D model of steel structure as per the standards. The model may or may not incorporate structural data such as cope criteria, edge distance, material, axial force, bending moments, and shear forces.

If the structural data is provided the clients with specific structural code, the company will derive a connection, comprising of the fasteners and brackets, from the particular design table appropriate for the preferred standard. In case, the structural data is not provided, they will execute full load design, catering to preferred standards for relevant steel member properties. This aids in calculating structural data and then deriving a connection as specified earlier.

Finally, a 2D drawing set is generated, which contains all the information that is crucial for developing the steel structure on site, in an appropriate manner.

TrueCADD has vast expertise in the field of structural steel detailing and fabrication, generating a good value for money invested. Steel detailing and fabrication is an integral part of construction and engineering process, facilitating developing a strong structure on site.


For more information, please send an email at info@truecadd.com.

Image Credit: detail-online.com & nugnco.blogspot.com

Thursday, 7 November 2013

Importance of Energy Modeling for Building Design Process

No one can undermine the importance of Energy Modeling for Building Design Process!

Ideally, one should consider the energy modeling processes in new buildings to ensure the best benefits and to keep the associated costs low.  For example, wall insulation and other energy retrofits are cheap for new but expensive when it comes to installation in new buildings.

About Energy Modeling

LEED Energy Modeling

Energy modeling involves the development of a computerized design of buildings to estimate their annual energy consumption costs. This involves use of specialized software with a modeler for providing as much information as required about both the building location as well as the construction itself. The function of the relevant software is to generate detailed estimates regarding consumption of energy in specific cases.

In the start of the building design process, this kind of energy modeling can offer different alternatives via parametric runs. This is an ideal scenario for those looking to gain long-term goals related to energy efficiency.


After all, you will be able to pick up the most energy efficient software available designs ensuring maximum related benefits.

Reason for Such Modeling

In case of complex building designs energy modeling offers and accurate picture related to energy use of a particular construction. It will also allow compliance with codes for energy efficiency standard on any given scenario. The faster you start with such software use at the start of the building design processes higher are the related benefits.

Services offered

  • Energy modeling, simulation, and analysis
  • Analysis of lighting systems
  • Ascertaining the micro-climate
  • Fenestration analysis
  • View & daylight simulation analysis
  • External/internal CFD studies & simulations
  • Passive design review & feasibility studies
  • Energy simulation of whole building
  • Roof & wall assembly optimization
Energy modeling is a comprehensive process taking into account every aspect of the building and its surroundings for giving an accurate estimate.

Energy Modeling Importance
  • Saving incentive for property owner & tenants
  • Future proofing of new constructions
  • Complete energy efficient development
  • Contributions to organization sustainability
  • Attracting responsible investors
  • Future proofing against reporting requirement
Competent energy modeling company offers clients the chance to invest in cost-effective models allowing long-standing benefits. Presence of state of the art technologies allows accurate predictions and selection of the best models for ensuring the maximum advantage.

Incorporation of appropriate techniques during the building design process offers a real opportunity for achieving significant savings in energy consumption. This mostly depends upon systems comprehensive approach related to building owners and developers.

With, energy modeling for building design process company working closely with builders and offering the best suggestions incorporation energy efficient techniques is quite possible.

Control energy consumption right from the building design process and do your bit for the ‘Go Green’ movement with competent energy modeling.


Why Choose TrueCADD?

TrueCADD is one of the leading energy modeling service providers firm based in India. The company provides energy efficient and sustainable solutions to the building and construction industry. For more information, please email us at info@truecadd.com

Wednesday, 16 October 2013

Exceptional Revit BIM Modeling Services at TrueCADD

Revit BIM Modeling
TrueCADD provides a wide spectrum of Revit BIM modeling services, with the aim to fulfill diverse needs of clients globally.

The company specializes in 3D, 4D, 5D, 6D, and 7D BIM services that can be leveraged to construct and deliver critical projects in a timely and cost-effective manner. Catering to distinct needs of the clients, we develop accurate and precise BIM model for even the most complex project, using advanced intelligent technology and highest level of detailing at any stage of development.

Over years of experience, TrueCADD has established itself as a prominent name in BIM modeling services in India, offering dedicated services across diverse industries and applications such as:
  • Retailers
  • Home-Builders
  • General Contractors
  • Architects
  • Industrial Construction projects
Significance of Revit BIM Modeling

TrueCADD is capable of creating parametric and intelligent models using Revit software, which can be used to develop a wide range of engineering components for manufacturers, builders, designers and specifiers.

Using the parametric modeling function of Revit, it has become easier to resize a model as long as it is created based on a particular set of rules. You can control the size of the model with the aid of rules and relationships that are built within the dimension of the assembly or part. We are capable of creating Revit BIM models to help the designers in diverse aspects of internal or external design in construction projects.

The significance of BIM modeling services spans across every design element of the construction project, including mechanical valves, interior furniture, window design, or other precise designs that are related to controlling resizing of the model.

We are experts in developing Revit BIM models for electrical, mechanical, and ventilation components used in MEP projects and include bespoke retail interiors, furniture, wall and data finishes for Revit architecture projects. Revit BIM models have further gained importance to ensure that the manufactured products are mentioned in the design at the commencement of the project and to the designers.

Why choose Revit BIM Modeling Services?

At any stage of development, TrueCADD provides a wide range of services as mentioned herewith:

Revit BIM MEP
  • Revit BIM Modeling
  • Overall Project Estimates
  • HVAC Ducting 3D BIM Modeling
  • 3D Virtual Building Creation
  • 3D BIM Models for Green Building Analysis
  • 3D BIM Model (Revit Arch, Structure, MEP, Plant)
  • Plumbing Lines 3D BIM Modeling
  • 3D BIM Models for 3D MEP Co-ordination
  • 4D BIM Model (3D + Time, i.e. Construct, Schedule)
  • 5D BIM Model (4D + Costing)
  • 6D BIM Model (Sustainability Optimization)
  • 7D BIM Model (Facilities and Asset Management)

Building Information Modeling aids in creating effective communication and collaboration among team members, thus, improving productivity and performance.

Expert Revit BIM modeling services facilitate systems coordination, construct-ability analysis, and also developing a visual fly-through of the building to provide in-depth insight into different components of the building. It also aids in having proper control of pre-construction and on-site production factors.

Thursday, 10 October 2013

Significance of CFD Analysis in Modern Engineering Environment

CFD analysis or Computational Fluid Dynamics has emerged to be one of the most important fields of study that plays a pivotal role in the modern engineering environment.
Despite of the fact that fluid dynamics have always been widely used in designing and manufacturing machines, automobiles and other devices for decades, it is the significance of computer technology and rapid advancements that have made CFD an element of precise and accurate computation in the engineering industry.

As global industries tend to demonstrate a growing demand for innovative designing, engineering, and manufacturing processes, it is becoming imperative to understand thermal and fluid dynamics of innovation and seamless solutions for core problem areas.

The Importance of CFD Analysis


The significance of CFD analysis in engineering and manufacturing industries encompasses seamlessly calculating the fluid forces and understanding the impact of gas or liquid on the performance of a product.

Effective computational fluid dynamics analysis facilitate efficient and quick simulation of heat transfer and fluid flow of a product, part or structure to determine its performance level across diverse fluid forces. When integrated with advanced CAD technology, it has the ability to take out the complexity and hassles from fluid flow analysis process, which can then be integrated as a regular part of the iterative design process.

Flow analysis of venturi scrubber using ANSYS & FLUENT

Computational fluid dynamics analysis enables the engineers and designers to reduce or eliminate the need for expensive and complex prototypes for critical decision making. At the same time, it minimizes the possibility of project delays and rework since you can have a comprehensive and accurate view of the heat transfer and fluid flow within a product or structure, providing the opportunity to identify any loopholes and flaws, and fix them in the design phase itself.

Hence, it reduces the chance of product reworks or delays due to identifying the flaws at a later stage, thus, saving product or system development costs and time with CFD analysis.

CFD Analysis - Get a Better Insight to Product Behavior

Advanced CFD analyzing software provides a wide spectrum of fluid flow capabilities and physical models to enable the engineers to have a comprehensive insight to product performance.

A wide range of CFD analysis applications are critical in ensuring success of the design and development phase. These include:

  • Internal and external fluid flows
  • Gas or liquid flow with heat transfer
  • Time dependent flow
  • Real gases
  • Heat transfer in solids
  • Transonic, subsonic, and supersonic regimes
  • Transitional, turbulent, and laminar flows
  • Water vapor or steam
  • Conjugate heat transfer
  • Liquid and gas mixture
  • Compressible gas
  • Non-Newtonian liquids for simulating honey, blood, and molten plastics
How Professional CFD Analysis Services Can Help?

CFD analysis is a complex process and demands vast experience and knowledge in thermal and fluid dynamics. Typically, professional analysis services include:
  • Thermal Hydraulic Analysis
  • Structural Fluid Interaction (FSI)
  • HVAC Analysis and Design
  • Industrial Fluid Dynamic Analysis
  • Combustion Analysis & Modeling
  • SolidWorks Flow Simulation
  • Heat Transfer Analysis
  • Turbo-machinery Analysis
  • Aerodynamic Analysis
  • Dynamic Mesh Analysis Simulation
  • Hydrodynamic Analysis
  • CFD for Rotating Machinery
For more information visit TrueCADD - CFD Analysis

Thursday, 3 October 2013

Importance of Stress Analysis in Manufacturing & Engineering Industry

As the manufacturing and engineering industry tend to become more complex and challenging, the importance of stress analysis in product and systems development is experienced better than ever.

Across manufacturing, biomedical, automotive, chemicals, aerospace, electronics, energy, and Geo-technical industries, analysis and prediction of potential stress and fatigue in the product are often performed as the last step of more complex multi-disciplinary analysis of electromechanical devices. It helps in determining the response of a structure, product or system on application of load. It is critical in evaluating structural analysis based on assessing fatigue and failure analysis process.

What is Stress Analysis?


Stress analysis is the process of comprehensive industrial testing based on the calculations of mechanical strain, stress, and related deformations on application of load. It is an advanced computational method of applying load on a structure to determine its response.

The analysis method is used for counter evaluating the effectiveness of FEA structural analysis based on the report for fatigue and stress assessment and failure analysis. The calculations can be used in determining the stress and fatigue level of different industrial structures, aircraft and aerospace, sub-sea components, rail, marine components, and nuclear structures and components.  

Key Features of Stress Analysis

Stress analyzing modules come with different features that are of key benefit to engineering and manufacturing companies. However, some of the most important features include:

  • Plane stress and strain
  • Anisotropic stretch properties
  • Electric and magnetic forces
  • Thermal stresses
  • Rigorous and dispersed loading
Stress Analysis of Welding Skid Accumulator:
Stress Analysis of Welding Skid Accumulator


The Process of Stress Analysis

Analysis of stress within a structure encompasses determining the capability across all the points of the structure on application of load. The stress and fatigue rate is determined on a scale of 9-stress components to give a comprehensive view of the structure’s performance and response in the face of the load. It helps in determining the purpose of interior allocation of stress within a structure.

The process of stress analysis includes the following stages:

  • Building a part or structure to serve the function but at the same time, with reduced material usage and minimal cost
  • Determining and setting the nature of the loads that can act on a structure, which includes density, tension, torsion, winding, trim, or amalgamation of these loads.
  • When force is continuously applied to the structure, it tends to fail or get ruptured over time; more so due to lack of stable load condition. Stress analysis determines the level of stress under such cyclic load conditions
  • To make sure that a particular part can efficiently work without breaking under force, it is tested based on the level of stress that it can take
Benefits of Stress Analysis Services

The key benefits of stress analysis services to engineering and manufacturing industries are underlined below:

  • Facilitates accurate and reliable calculation of strain, distribution of load, and deflection
  • Vast domain expertise in structure and thermal stress
  • Leverage the power of efficient FEA solutions for product designing and development
  • Minimum errors and loopholes, which ensures no product failure
  • Cost-effective solutions
Discuss your project requirements with Stress Analysis experts at TrueCADD, Click here.

Thursday, 26 September 2013

Piston Design Feasibility Study Using ANSYS - An Overview

Deflection Analysis in ANSYS

ANSYS is advanced software that is used in simulating interactions and performance across all disciplines of fluid dynamics, structural, physics, vibration, electromagnetic, and heat transfer, aiding critical decision making and improved operational efficiency.

It facilitates simulating working conditions of a product part, system, or structure, enabling accurate and reliable testing in virtual environment prior to the process of building prototypes of the product. Moreover, it has the capability to develop 3D simulations virtually to identify and improve the weak points, foreseeing the potential problems, and computing the life cycle of the product.

A Piston feasibility study using ANSYS has reported efficient performance and load distribution with improved operational efficiency and minimal development cost and time.



Von Mises Stresses in ANSYS


What are the Potential Challenges?

Automobile, aerospace, and other engineering industries face tough challenges in design and development process, which tend to increase reworks and delays while escalating the development costs.


Typically, the design and manufacturing challenges pertaining to engine piston include:
  • Achieving the optimum level of engine performance in addition to cost reduction
  • Need for drastic change in piston design
  • Design changes demand reduction in volume of the existing design
  • Incorporating the changes in the design phase right to actual implementation
  • Determining whether defection and stress produced in the new design are within the set permissible limits
Analysis and Engineering Solutions

Based on the challenges, comprehensive analysis fir effective Piston feasibility study using ANSYS needs to be performed. Typically, increase in deflection and stress can be observed, though the parameters will be within the provided range. It is important to analyse the structure in order to testify feasibility of the proposed design.

Static analysis is to be performed using ANSYS v 14.0 software to conduct a comparison between the existing design of the piston and one that is proposed by calculating the stress and deflection. Analysis with the aid of ANSYS guarantees feasibility of the piston design that is proposed based on stress and deflection.

ANSYS v 14.0 enables developing simulation in virtual environment, providing an opportunity to perform and evaluate the test results. It can also be used to identify any error, loopholes or flaws in the proposed design, providing the opportunity to make necessary changes in the design phase itself. This helps in minimizing the reworks and delays in the project, and also reduces development cost and time.


A comprehensive piston feasibility study using ANSYS enables the engineering and manufacturing industries to make significant design changes and innovation in their product category.

Comprehensive Piston Design Analysis with ANSYS

Typically, ANSYS enables the engineers to conduct different analysis to determine and validate the feasibility of the new piston design. This includes:

  • Structural Analysis
  • FEA Dynamic and Static Analysis
  • Pipeline Analysis
  • FE Mesh Generation
  • Modal Analysis
  • Linear & Non-linear Analysis
  • Stress Analysis
  • Crash Analysis
  • Fatigue Failure analysis
  • Failure Mode Effects Analysis (FMEA)
  • Multi-body Dynamics Simulation
  • Thermal Analysis & Modeling
  • Buckling Analysis
  • Vibration or Seismic Analysis
  • FEA Modeling
If you would like to discuss your requirements with experts, please Click here.

Wednesday, 25 September 2013

Everything you need to know about LEED Energy Modeling

What is LEED Energy Modeling?
Energy Modeling using eQuest

When you hear someone say ‘LEED energy-modeling’ you can be always sure that they are talking about the LEED Energy and the Atmosphere credit 1 and the Energy and the Atmosphere prerequisite.

How can it be beneficial for a LEED AP to know and learn about Energy Modeling?

Nowadays, you will meet hundreds of LEED APs in the industry, but very few actually know the details and have any idea about how to create a great model for energy modeling. This includes using software packages such as eQuest and TRACE 700.


Also, the smaller percentage of APs who know about these software’s are very much proficient in it and know how to do their work. However, it is rather easy to get trained and learn about LEED training than simulation training.

Is energy modeling for the LEED a cost effective method?

You may find it surprising, but the matter of the cost of energy modeling is very much disputed and is expensive. In fact, it is so very expensive that a very small percentage of people actually get to create a valid model of energy-model within a given period of time.

You will find it interesting to note that the rate of one square foot is about twenty cents, and it is common for the high-end modeling. The LEED energy model is considered as a highly inflated process and is consulted at a very interior level when it comes to engineering the construction and going for the energy modeling.

That is why, you should always consider working with any energy modeling company directly, as you can get a complete idea and structure of your energy model for the construction.

What are the energy modeling services?

  • Internal and external CFD simulations and studies
  • Daylight simulations and views analysis
  • Review of passive design techniques and their feasibility for buildings
  • Whole building energy simulations
  • Wall and roof assembly optimization
  • Analysis of various HVAC and lighting systems
  • Analysis and simulation to ascertain micro-climate and heat island effects
  • Wind tunnel effect studies and wind movement analysis
  • eQuest Modeling, Analysis, Simulation
  • Fenestration analysis
All the energy modeling services are used to get a perfect artificial model of the energy aspect of the construction which can be analyzed by you before going for the construction of the building.

You can check the mechanical/electronic/electrical/hydraulic/plumbing and lighting aspects of your construction. You can go for near perfect simulation of the energy model by using these services.

Since you get a brief idea about the services, you can now easily go for changing the concept and prototype of the model if need be. These services help you achieve an error free model of energy where you can be certain about the consumption and consuming of energy.

You can go for checking the movement and behavior of wind across he building as well.


To discuss your requirements with our consultants, please Contact TrueCADD.