All types of roads and water services like sewage, stormwater, firefighting, and portable recycle water supply can be modeled effectively through the use of alignment and profile diagrams.
Complex box girder, cast-in-situ, girders as well as tunnels can be modeled effectively by Techture. This includes complex curved modeling through the use of dynamo.
A similar workflow as buildings can be seamlessly adapted for an infrastructure project which starts with clash detection, drawing generation to 4D and 5D simulation.
The shop drawings are generated using 3D BIM Models and hence are consistent with no scope of manual errors. If there are any updates to the model, the plans, sections, details and schedules all update in real time, ensuring correct data in every construction document.
The shop drawing process creation can be automated for a lot of disciplines, ensuring that all the outputs are generated extremely fast and according to a set of defined rules and standards.
Since we build virtual, we put in a lot of thought into value engineering and planning into how costs, delays and wastage can be reduced. Use of BIM based shop drawing workflows encourages off-site and prefab construction which also contributes to a more sustainable project.
Urban Infrastructure Projects
URBAN INFRASTRUCTURE PROJECTS :
Integration of existing terrain
Clash Detection and Coordination
ROADS & HIGHWAY: ROADWAYS (PAVEMENT MARKINGS) :
Various Kinds of pavement markings, subdivisions of road segments etc can be done as per the design.
Linear Infrastructure Projects
MODEL GENERATION :
All available inputs are converted into 3D information-rich models for various analysis purposes. The model can be used for construction sites will all existing and proposed conditions and taking overall safety measures, for better site and logistic planning.
INFORMATION RICH MODEL :
The information like components installation, estimation of energy performance can be detailed in the BIM process. The new parameter can be defined as per the project-specific requirement.
REINFORCEMENT DETAILS :
The team of structural engineers at Techture is adept with reinforcement modeling in all kinds of structures. We have provided the rebar model for infrastructural projects. Also, we have worked extensively in the rebar modeling for flyovers box girders, etc. Techture understands how to read the rebar details provided by the structural engineer, convert them into 3D models, optimize the length of rebar and hence create a bar bending schedule from the particular model. The bar bending schedule extracted by Techture can be used as an input for bar bending factories to get automated rebar which is already bent which can be directly placed on site. Techture follows RSIO, CRSI, BS, ASTM, ACI, international standard
QUANTITY ESTIMATION :
Tasks related to the designing and planning of an infrastructure project are focused on by the Architect, tasks such as quantity and cost estimation are generally sidelined and left to the estimator. Techture generates accurate and reliable quantity take-offs and cost estimates throughout the lifecycle of the project
Once the BIM Model has been prepared through the existing plans, we carry out stringent processes of Clash Detection and Model coordination. This ensures that the model generated is accurate, coordinated and compatible for subsequent fabrication processes. The digital data extracted from the BIM model is utilized to detail all the fabrication components.
Our Shop Drawings are extensively detailed with information about specifications, measurement dimensions, connection and installation. In addition to this, our 3D format shop drawings help communicate the design intent to the on-site contractors. This eliminates constructability issues or any future inconsistencies which would have caused delays otherwise.
Fabrication drawings are generated directly through the BIM model, saving hours of manual drafting and ensuring accuracy in details. Even the connections are modelled to ensure efficient fabrication drawing generations.
Steel engineering Ambedkar’s active career as a journalist did not last long. Despite that, he was responsible for fundamentally shaping the contours of Marathi journalism. His insightful interventions through his newspapers were well-recognised even by his opponents. His lucid style of writing with a scholarly approach, and his command over the language were equally important in creating an impact on the time Steel engineering.
It is possible that his experience of editing Mooknayak motivated him to learn an argumentative style of Marathi writing. Ratnakar Ganveer, one of the earliest writers on Ambedkar, had pointed out that due to Ambedkar’s English schooling he initially faced difficulties in articulating himself in Marathi. In order to cope with the situation, he would write the editorials in English and then translate them into Marathi. He made great effort to learn and understand different dimensions of Marathi literature, which he profusely used in his editorials and commentaries. His strong but composed style of writing was clearly illustrated during the Mahad agitations of 1927 steel engineering
One of the very fascinating aspects of Ambedkar’s journalism is manifested in his firm belief that journalism should not blindly cater to the masses. Instead, it should help in establishing democratic ideas. He argued that newspapers should lead the way by setting examples for the people. He consciously made decisions which deeply influenced his journalistic ventures, though it cost him dearly.