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In this sketchup video tutorial, taught by Alex Oliver, the founder of sketchup school, you will be familiar with a unique method that can b

In this sketchup video tutorial, taught by Alex Oliver, the founder of sketchup school, you will be familiar with a unique method that can be applied to obtain a nice rendering from sketchup.

This method supports various rendering extension like v-ray, SU Podium, Shader Light etc.

It is known as photographer method. The method facilitates the students to gather knowledge on how to approach renderings in sketchup.

The video focuses on the following topics :-

- a brief synopsis of the types of rendering extensions along with a link to a page from where the exact rendering extensions can be selected)

- A brief tutorial on how to arrange professional 2-point lighting for your renderings

- 3 easy Photoshop recipes for rapidly improving your SketchUp renderings.

#architecture #design #drawing #interiors #landscape

Stirrups are the closed loop of rebars that help to keep the main reinforcement bars together. Learn about the types of Stirrups and their u

Stirrups are the structural elements which help to provide support to the reinforced concrete beams and columns in the construction structures including buildings, bridges, and other structures. Stirrups can be made of steel and are able to resist tensile forces that have occurred in the construction structure. The stirrup can bent to a rectangular or U shape and can be placed vertically at fixed intervals. The structural integrity of the concrete elements can be ensured in case the space between the Stirrups does not exceed a certain limit. The size and shapes of the Stirrups depend upon the load-bearing capacity and other requirement of the construction structures.

The purposes of Stirrups

➢ The main purpose of Stirrups is to hold the primary reinforcement bars as well as prevent columns and beams from buckling. ➢ In addition, Stirrups are used to improve the comprehensive strength of the columns as well as increase the column’s ductility.

#construction #positive reinforcement #concrete #beams #columns #structures

This article is all about the difference between Monolithic Slabs & Floating slabs from its definition, types, and limitations along with th

'Monolithic Slab' translates to ?all in one pour?, so the foundation is comprised of all the edges of the perimeter to replace the footer in one single pour and is made up of a layer of a concrete slab under the load-bearing walls along with a thicker area under the load-bearing walls.

As part of the pouring process, the outside edges of the monolithic slab are kept thick so that they will serve as a foundation for the load-bearing wall, whereas the rest of the slab is kept at a thickness of 4 to 5 inches to serve as a load-bearing wall.

In terms of ease, speed, and cost-effectiveness, Monolithic Slab foundations are the most popular types of foundations available today. In a Monolithic Slab, all the concrete is poured at once so the construction process can be completed faster, and labour costs can be reduced as a result.

Other Factors and Limitations of Monolithic Slab

As far as the Monolithic Slab is concerned, there are some major problems that can arise if many conditions cannot be met at the same time. The Monolithic Slab can not be used in situations where there is an increased need for fill dirt, because if the ground is not properly compacted, the concrete will crack more easily.

This is a problem for homeowners who need to build their homes taller than the flood plane provided to them by civil engineers in order to prevent flooding.

The Monolithic Slab in this instance is prone to cracking around the perimeters of the walls and other large load-bearing areas around the slab. When the framed walls of the house are not stable, it can lead to structural problems affecting other aspects of the house, such as dry walls and floors, which can have a negative impact on the construction process.

#construction #design #architecture #Floating Slab #concrete slab #foundation #load-bearing walls #monolithic slab

In construction and renovation projects, chicken mesh for plaster plays a critical role in reinforcing plaster layers and ensuring structural durability. As professionals in the building materials sector, we consistently emphasize the value of choosing durable reinforcement meshes for both exterior and interior wall applications. Chicken mesh is recognized as an economical, versatile, and highly effective product for enhancing plaster strength, reducing cracks, and improving overall stability in masonry and concrete works.

What is Chicken Mesh for Plaster?

Chicken mesh for plaster - also referred to as hexagonal wire mesh - is a flexible woven wire mesh traditionally used in poultry cages but now widely utilized in the construction industry. Manufactured with galvanized iron (GI), stainless steel, or PVC-coated wires, chicken mesh acts as a plaster reinforcement material that prevents shrinkage cracks and improves plaster adherence over brickwork, RCC structures, joints, and uneven surfaces.

#construction #building materials #reinforcing plaster #exterior #interior wall #Youtube

Avoid these most common BIM mistakes, mistakes in BIM to avoid

Another investigation of mechanical and HVAC contractors utilizing Building Information Modeling software (BIM) uncovers how much these contractors are locked in with BIM, the advantages that they experience from its utilization, and the difficulties they face in extending the utilization of BIM.

The overview shows that mechanical contractors are advanced clients of BIM software who have seen the advantages from that utilization.

BIM (Building Information Modelling ) is an open system software which combines geometric and other data relating to construction components to create a digital modeling of a building.

Like all other systems BIM can only work to its full potential only when people inputing and sharing data are doing that with processes designed to minimize error and maximize efficiency.

#drawing #architecture #design

It is difficult manage all the facets of a modern large construction project. To facilitate this, you have to employ the multi-disciplinary

BIM Coordination Services assumes an immense function in improving the development cycle. With high-accuracy Building Information Modeling Services, the planners and architects can distinguish any 3D geometrical clashes and resolve them offsite, before the beginning of the venture. Clash Detection disposes of on location clashes, coordination issues and spares time, work, and building costs.

What is Multi-Disciplinary BIM Coordination

To develop a perplexing and effective structure requires coordinated effort and trade of data between all significant controls for example design, auxiliary, and MEP building. Besides, inside MEP discipline, there are different sub-disciplines (mechanical, electrical, plumbing and fire assurance). Clash Detection must occur at both intra train and entomb discipline levels.

It is valuable in recognizing spatial clashes, limitations, or sequencing issues, which are then common with the people in question and they can together discover an answer. The multidisciplinary model likewise checks for precision of the data, sends crash reports, and makes a rundown of model components.

There are a couple of focuses that should be considered so as to guarantee that there is fruitful multidisciplinary BIM Coordination. These are examined underneath.

BIM Clash Detection

The clash detection takes places at various levels. During the idea configuration stage BIM will help give exact representation of room, empowering the designers and architects to get a legitimate comprehension of the space and how various parts will fit into it.

This is trailed by a nitty gritty plan, which is utilized to give IFC (Issue for Construction). It gives a report of any significant clashes that are occurring in the venture. At long last, the shop drawings separated from the 3D Model, are used by the temporary workers to cross check for clashes during the development cycle.

#design #architecture #BIM #Building #architects #MEP building

This comprehensive guide delivers authoritative insights into staircase measurements, riser and tread standards, headroom, width, landing si

Designing a staircase is not merely a structural requirement; it is a functional, safety-driven, ergonomic, and aesthetic necessity in any residential, commercial, or industrial building. We ensure that every staircase complies with standard staircase dimensions, delivers optimal comfort, and enhances long-term usability.

Understanding Staircase Fundamentals

A staircase is a structured arrangement of steps allowing vertical movement between floors. Each staircase comprises several essential components:

Tread - Horizontal surface where the foot rests

Riser - Vertical face between two treads

Nosing - Projecting edge of the tread

Flight - Continuous series of steps without a landing

Landing - Horizontal platform separating flights

Handrail - Safety support rail

Balustrade - Protective barrier along edges

Headroom - Vertical clearance above steps

Accurate proportions ensure safe climbing, reduced fatigue, improved accessibility, and regulatory compliance.

Standard Staircase Width Dimensions

The width of a staircase determines comfort, evacuation efficiency, and usability.

Recommended Staircase Width Standards

Residential Buildings:

Minimum clear width: 900 mm (36 inches)

Ideal comfort width: 1000 - 1100 mm

Commercial Buildings:

Minimum clear width: 1200 mm (48 inches)

High-occupancy buildings: 1500 mm or more

Public and Institutional Buildings:

Minimum: 1500 - 2000 mm for crowd movement

Wider staircases improve bidirectional traffic flow, emergency evacuation efficiency, and furniture movement.

Standard Riser Height Dimensions

The riser height defines how steep or gentle the staircase feels.

Ideal Riser Height Ranges

#buildings #construction #civil engineering #cost estimating #concrete #cement

Building Information Modelling (BIM) manages building information along with supporting better and faster designs which ensures the goals of

There are many types of Building Information Modelling (BIM) which include 3D modelling services, structural BIM services, BIM outsourcing services, mechanical BIM services and others. These types of BIM services add numerous advantages to building information services such as increasing productivity, reducing the chances of reworks during the construction process, increasing cost-effectiveness, and enhancing coordination among project team members and others. The proper planning of critical construction projects has been utilized by the BIM techniques. In recent days, there have been numerous Indian companies that have adopted BIM techniques and offer faster designing solutions to the customers.

Let’s discuss some innovative BIM service provider firms which achieve a lead position in the Indian market:

Pinnacle Infotech

Pinnacle Infotech is the top-positioned BIM service provider in India which leverages BIM operations to achieve successful project outcomes. It has a diverse project portfolio including iconic projects spanning across sectors like retail, healthcare, education and other industries. The BIM services of this organization help to facilitate the management of the project assets, mitigation of the project risks, optimization of the project costs and other operations.

Architude

This is another top firm in the Indian BIM industry which provides BIM solutions to engineers, architects, contractors and others. The BIM services of this company help clients to optimize their project delivery and also minimize the risks of the projects thus expanding the overall efficiency of the project.

Aashir Engineering

This is also an Ahmedabad-based BIM service provider which is involved in adopting modern technologies and systems on the basis of the client’s requirements. Architectural firms, structure design firms, building design firms, home builders and others are offered BIM services by this firm. This company helps the clients to achieve the project goals more efficiently.

#landscape #drawing #design #architecture #interiors

#Youtube

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