Engineering Centre

A complete guide to value engineer steel to concrete connections with Profis premium features such as Checkbot,Smart design and CBFEM

The IS 1946 Part 2 Webinar Series focuses on the design of post-installed anchorage to concrete. It covers: Types of anchors: Mechanical and adhesive. Design considerations: Performance factors like concrete grade and environmental conditions. Testing and assessment: Compliance with IS 1946 standards. Applications: From heavy-duty structural uses to light-duty utility supports. This series is vital for construction professionals ensuring safe and reliable anchorage systems.

Is it possible to eliminate construction dust? Most likely not right away. However, we can effectively manage and reduce its hazards. Thanks to innovation, concerns about inhaling construction dust from tasks like breaking, cutting, and concrete grinding are no more.

Hilti unleashes the true potential of Post-Installed Rebar Technology with its innovative Software Solution compliant with the Latest Design Guidelines. These innovations can help you with optimizing designs, comprehensive documentation and ensure connection safety.

Natural disasters are unexpected and enormous in nature which pose a great threat to human lives. How often do we think of making our structures safer so that human lives can be saved with minimum loss? To a great extent, all of this can be avoided by good seismic construction design and specification. To ensure the seismic load flows through base plate safely, the engineers need to identify the suitable performance criteria for anchorage system before it is designed. This is an interesting area, where there is so much to know how to design these anchors efficiently and armor the structures.

Seismic Academy is a forum for professionals, academician, authorities and industry experts to interact and disseminate knowledge on various aspects of seismic with various stakeholders with intent to increase awareness and develop their expertise on the subject". Earthquakes are one of nature’s most unpredictable hazards. Any structure is safe only if it can resist the earthquake forces without causing extensive damage to the building structure. A failure in understanding this could lead to heavy losses and extensive repairs, while rendering the building into a non-functional state.

Architecture means to provide services in connection with the design of buildings and the space within the site surrounding the buildings that have human occupancy or use as their principal purpose. An architect coordinates and assures execution of planned design in every stage, like, Structure, MEP, Façade, Interiors etc. In this webinar series, we will discuss the important applications where Architect's involvement is beneficial in Design, Qualification and Installation as key parameters to ensure Safety and assure end to end solution to building owners by covering Fastening and Fire Protection system.

This webinar series will provide an overview on key insights of past incidents, ratio of investment vs renovation cost, touch upon the latest guidelines advising on Design consideration for anchor, importance of selecting right application with right design using Profis Engineering to perform better and how to safeguard from Fire, as a post earthquake accident. We will discuss on Mechanical, Electrical, Plumbing and Fire fighting areas related applications on key parameters to improve on SAFETY.

In the past, connecting existing concrete members to new ones was a tedious task requiring chipping of the concrete to expose the reinforcement and tying or welding new reinforcement to it. However, since the 1980s, post-installed reinforcing bars (rebars) installed with chemical mortars have made connecting existing concrete members to new ones much easier. This technology has undergone a considerable amount of research and development to ensure that these connections are monolithic. In the early-2000s, EOTA introduced TR023 that standardised the assessment of post-installed rebar connections with chemical mortar. This covers most rebar connections, such as simply-supported, splice, and rigid (moment) connections where overlapping parallel rebars are available.

The requirements are very specific and often considered critical for Industrial Projects. In this series, we will showcase the Hilti solutions available to cater to these specific needs.Also gain understanding of how HILTI can serve you better at most optimized cost which ensuring productivity as well.