Remarkable Green features of BIM

The perpetual growth in the construction industry has a significant impact on environmental sustainability and energy cost.  Consequently, green building solutions are becoming popular as they efficiently balance the concept of sustainable design. Also, to mitigate the ill-effects of global warming, it has become crucial for companies to provide BIM services to implement green architecture.

All about BIM

3d Architectural Blueprint with space for text.

Building Information Modeling is a new approach to building design, construction, and management. The technology helps connect the characteristics and performance of designing ideas and suggests many ways to balance energy and resources in the desired project costs. Some of the remarkable features of BIM which play a vital role in energy-efficient building design are:

  • It analyses the long-term performance of the building by ensuring the fulfillment of the overall objective of sustainable parameters.
  • Through 2D and 3D drawings, BIM provides reliability and consistent information about the building structure.
  • It offers analysis of engineering performance, material specifications and green parameters.
  • BIM models clearly define a connection with building elements. It allows a change in designs accordingly and evaluates its impact on performance characteristics.
  • BIM services give in-depth knowledge, easier visualization, and improved evaluation that initiates greater control over the complete building process including cost, materials, and resources.
  • BIM helps architects and engineers to increase energy-efficiency and to deliver better indoor air quality with efficient performance.
  • It gives an opportunity to yield traditional design deliverables in an active manner, which also helps to make sustainable design strategies.
  • It includes many pioneering green features that benefit designers to go for sustainable options without increasing the cost of construction.

Future of green building design

BIM offers a parametric database of design information, which is a digital form of a building that reflects the project possibility, schedule, and cost details consistently throughout the development process. A project represented with a BIM exhibits an organized view of features and functions in a simple format that everyone can understand and modify when needed. As the project progresses, the model can be transformed with new analysis and new design alternatives, to get real-time insight into the result. Virtual walkthroughs of the building model allow owners to see the effects of green design.

In a nutshell, through BIM, architects can gauge whether the design options meet specified sustainability criteria, and can provide in-depth analysis so that the clients can easily understand designs.

Technology Innovation Could Enable Building Digital Twins on your own

With open source solution integrating Industrial Internet of Things (IIoT) and deploying efficient run-time becomes simple. One such innovation is the ANSYS Twin Builder, which aids in determination of ideal maintenance program, performance optimization, and generation of insightful data to improve products which are next in line through the following features.

Building

In the recent trends, open source technology has come up with a workable solution to overcome the design and building challenges encountered in the field of product engineering. As per the insights of researches it is expected that ANSYS Twin builder will allow the users to go in for multiple modeling which will have domains and languages, extensive 0D application-specific libraries, and third-party tool (including 1D) integration.

This feature, will also allow for reduced 3D order modeling (ROM) creation, product composition through its embedded software integration process and other accurate physics-based twin twice components.

Validation

Initially, building a digital twin was a complicated and challenging process. The ANSYS Twin Builder has changed the above situation and combines everything into a packaged and fluid work flow with intuitive interface features. Through this, users will be able to validate an accurate representation of their real-life products and optimize product performance up to 25 percent by using multidomain simulation with post-processing, rapid human-machine interface (HMI) prototyping, system optimization, and XiL (model-in-the-loop/software-in-the-loop) integration.

Deployment

Through deployment users will be able to quickly connect to supported IIoT platforms and will be able to export/deploy generated models in a timely fashion. Through this, users will be able to improve their operations with a 10 – 20 percent reduction in their maintenance costs.

Implications:

Compared to the other technological innovation, the  ANSYS Twin Builder allows engineers to quickly build, validate and deploy these digital representations of physical products without any hassle. This new trend will also lower the technical and financial costs involved in product maintenance.

Next Generation: Apartment of the Future Concept Design

The design of the apartments have evolved in the last few years, and will continue developing with technology advancements. The apartment of the future is a complete new concept, it pervades and enhances as the architects and designers adopt new styles and feats.

Below listed are a few technologies that are comprises to define apartment of the future:

Delivery Drones

These drones can drop off packets and other utilities into another apartment safely and securely. This technology will lower down the use of elevator system as it will help people in delivering things to another resident’s apartment with the help of drone.

Robotic Parking

It will become an essential feature within the apartments as the site size will decrease, and automatic parking will make systematic sequencing of cars while saving valuable space and time. As a part of robotic parking, drone landing pads will be also used so that cars can be transported vertically outside the building to the right parking location. The car drivers will then be able to instruct parking with the touch of a smartphone app.

Self-Driving Cars

Within the few years, the roads are going to experience autonomous cars dominating the urban areas. There will be special parking for those vehicles that can automatically park themselves while for human-driven cars, the apartments will accommodate robotic parking system as listed above.

Smart Exteriors

In the process of creating apartments for the future, designers will propose only the lightweight and incredible strong carbon fibre. Such kinetic façade exterior will out bring energy and movement combined with energy efficient LED lighting that will assist in growth of vegetation. Therefore, the apartment of the future will produce solar as well as wind energy as a feature of smart exteriors.

Luxury Amenities

Residents in the apartments of the future are going to enjoy the on-the-go lifestyle which includes one feature as smart phone enabled entry. The residents can provide limited access time to enter and also reset the time as per the requirement. There will be bigger and functional closet spaces into rooms and also huge balconies. The residents will also experience gas cook tops and recycled glass counter tops in the kitchens.

ETABS 2016 16.2.0 Enhancements

This version of ETABS is stacked with stunning features for Analysis, Modelling, Result Display and Output.

Analysis

  1. a) Creep & Shrinkage: This feature includes the rebar effect, which can help reduce axial shortening of walls and columns. The feature lets you choose two options for Longitudinal Rebar Ratio- From Design and User Specified Ratio and two for Vertical Rebar Ratio- From Design and User Specified Ratio.

 

  1. b) Modal Damping: This feature provides more conservative and realistic results through linear and nonlinear direct-integration time-history analysis. Here you can choose options for Viscous Proportional Damping and Additional Modal Damping.

Modelling

The new updates consist of new codes for shrinkage, creep, and stiffness aging. The models are New Zealand Standard 3101-2006, Australian Standard 3600-2009, Eurocode 2-2004, and GL 2000.

Result Display and Output

The result is displayed on slab cracked-width on Eurocode 2-2004.

What’s New In 3DS MAX 2018

3ds Max 2018 brings several new features for creating visualizations. The 2018 version of the software replaces the metal ray by the Arnold renderer becoming the high-end global illumination render engine for creating 3D visualizations. The application now includes 3ds Max interactive, which is a real-time engine, based on the Autodesk Stingray. This new 3D to VR workflow is specially designed to provide the 3ds Max users a new way to create interactive and virtual reality (VR) experiences. The application has some amazing Modeling and Rendering features as described below:

3D Modeling

The PDF import features, as indicated by the design professionals will help them save a lot of money. The AutoCAD 2018 let you use the SHX text recognition tool to quickly convert the imported PDF geometry to text and Mtext objects. The improvised text and Mtext tools, in turn, lets you convert a combination of single and multi-line text objects into a single multi-line text object automatically predicting the formatting.

3D Rendering

The 3ds Max interactive offer access integrated tools to create VR visualizations without leaving your 3ds Max workspace. Some of its features include:

 

The MAXtoA plug-in integrated into 3ds Max gives the designer’s access to Arnold’s latest features.

 

The application can simulate real-life camera settings such as shutter speed, aperture, depth of field, exposure and some other options. The physical camera integrates framing the scene with exposure control and some other effects.

 

The new controls include a Create Panel, Standard menu, and Enhanced menu. The camera feature lets the designers use photorealistic physically-based rendering techniques.

 

The application also includes some improved active shade rendering. This feature gives the designers a preview rendering that helps the developers to see the effects of changing light or material in the designed scene.

This way the application gives the users more power and flexibility to create images and 3D models. The new 3ds Max also offers advanced user interface capabilities that enable users to access all the content in a single view. The application also has improvements in its pipeline tools integration. It helps designers create, share and update portable assets that are flexible, interconnected and responsive towards changes in the design data. You can run the new 3ds Max on modern HDPI monitors and laptops to get a better view of your designs.