Civ Design HUB

Website

Civ Design HUB Civ Design Hub is a leading design and consulting firm established in 2000.

The future of modular design is here, and it's STUNNING.If you ever doubted the potential of shipping container homes/of...
06/11/2025

The future of modular design is here, and it's STUNNING.

If you ever doubted the potential of shipping container homes/offices, prepare to be amazed.

The "before" shows pure potential, and the "after" delivers a high-design, functional space that looks straight out of an architectural magazine. This is next-level innovation.

Types of mechanical loading on an object. Unloaded: The object is in its natural state with no external forces.Tension: ...
06/11/2025

Types of mechanical loading on an object.
Unloaded: The object is in its natural state with no external forces.
Tension: The object is pulled in opposite directions, causing it to stretch.
Compression: The object is pushed together from opposite directions, causing it to shorten.
Bending: Forces are applied perpendicular to the object's axis, causing it to curve.
Shear: Forces are applied parallel to the object's surface in opposite directions, causing one part to slide past the other.
Torsion: The object is twisted around its longitudinal axis.
Combined loading: A combination of multiple types of loading, such as compression and torsion, acting on the object simultaneously.

The future of modular design is here, and it's STUNNING.If you ever doubted the potential of shipping container homes/of...
06/11/2025

The future of modular design is here, and it's STUNNING.

If you ever doubted the potential of shipping container homes/offices, prepare to be amazed.

The "before" shows pure potential, and the "after" delivers a high-design, functional space that looks straight out of an architectural magazine. This is next-level innovation.

Architect's....
06/11/2025

Architect's....

What is Asphalt Road Construction? Asphalt road construction involves the use of asphalt, a mixture of aggregates, binde...
06/11/2025

What is Asphalt Road Construction?

Asphalt road construction involves the use of asphalt, a mixture of aggregates, binder, and filler, to build and maintain roads, highways, and other pavement surfaces.

The components of asphalt include aggregates, binder, and filler. Aggregates are the inert materials that provide strength and bulk to the asphalt mixture. Common aggregates used include crushed rock, sand, gravel, or slags. The binder is the adhesive substance that holds the aggregates together, with bitumen being the most common binder used. Fillers are fine materials that fill the gaps between the aggregates and binder, such as limestone dust, cement, or hydrated lime.

The asphalt mixture is created by combining the aggregates, binder, and filler in specific proportions. The mixture is then heated to a high temperature (around 300°F) to facilitate mixing and application.

The asphalt road construction process typically involves several steps. First, the site is prepared by clearing the area, removing debris, and grading the surface. Next, a layer of compacted aggregate material is laid down to provide a stable base. The heated asphalt mixture is then applied to the base course using a paver or spreader.

After the asphalt mixture is applied, it is compacted using rollers or compactors to achieve the desired density and smoothness. Finally, the surface is finished with a layer of asphalt emulsion or sealcoat to protect it from the elements.

Asphalt road construction is used for a wide range of applications, including highways and roads, parking areas, railway tracks, ports and airport runways, bicycle lanes and sidewalks, and playgrounds and sports areas. Asphalt is a popular choice for road construction due to its durability, flexibility, and resistance to heavy traffic and harsh weather conditions.

Stair detail....
06/11/2025

Stair detail....

🏛️ Exciting New Chapter: Connecting Globally! 🌐For over 25 years—since the year 2000—we've been dedicated to bringing am...
04/11/2025

🏛️ Exciting New Chapter: Connecting Globally! 🌐
For over 25 years—since the year 2000—we've been dedicated to bringing ambitious architectural visions to life, specializing in the design of buildings in foreign countries.
However, we realized that while our structures spanned the globe, our digital presence didn't quite reflect the scope or quality of our work. Frankly, we became concerned about the lack of a proper platform to represent our company and portfolio in a compelling, modern way.
That all changes now!
In 2025, we've officially launched our very own digital marketplace! This isn't just a place to see what we do; it's a dedicated space to showcase our global projects, share our design philosophy, and connect directly with you.
Stay Updated:
From this moment forward, you can follow our progress, get behind-the-scenes looks at our international designs, and receive all company updates right here on Facebook!
Give us a follow and join us as we continue to shape skylines worldwide!
What else would you like to share about the new digital marketplace?

This AutoCAD drawing depicts an American-style suspension bridge, likely inspired by a major structure like the Golden G...
04/11/2025

This AutoCAD drawing depicts an American-style suspension bridge, likely inspired by a major structure like the Golden Gate Bridge in San Francisco, given the text in the lower right corner.
Here are the key details from the image:
🌉 Project Details & Key Dimensions
* Project Title: New San Francisco Bay Crossing
* Designed By: American Bridge Engineers
* Bridge Length: 8,981 FT (feet)
* Bridge Span (Suspended Section): 5,981 FT (This is likely the length of the main suspended structure, including the main span and side spans).
* Tower Height: 746 FT
* Main Cable Diameter: 36 IN (inches)
📐 Design Features
* Type: Suspension Bridge. This is indicated by the massive main cables draped over tall towers and the vertical suspender cables holding up the bridge deck.
* Towers: Two prominent towers, each labeled with a height of 746 FT. They appear to be a stepped steel structure common in Art Deco-era bridge designs.
* Cables:
* Main Cables: Large diameter (36 in) cables running from anchorages (not fully shown) over the top of the towers.
* Suspender Cables: Vertical lines dropping from the main cables to support the deck structure.
* Deck (Roadway): A truss structure supports the deck, providing rigidity and helping to distribute load.
* Foundations/Piers: The base of the towers (labeled R3 and R4, or similar notation) shows a substantial structure, indicating the piers supporting the towers.
🖥️ AutoCAD Specifics
* View: The drawing is a 3D wireframe or isometric view showing the structure's depth and scale.
* Color Scheme: Classic AutoCAD "Model Space" view with white/blue lines on a black background.
* Annotations: Extensive dimensions (e.g., 2655, 2905, etc.) and labels (TOWER HEIGHT 746 FT) are used to detail the geometry.
* Layers: A small layer manager window is visible on the left side (showing layers like MICHEL, S1, S2, etc.), which is standard for organizing drawing elements.
This drawing is an excellent technical representation of a massive civil engineering project.
Would you like me to find some information about the actual Golden Gate Bridge's dimensions to compare with this design?

The building designs previously shown represent various complex projects a firm like Civ Design Hub might undertake. Whe...
04/11/2025

The building designs previously shown represent various complex projects a firm like Civ Design Hub might undertake. When a design is created using a software like Revit (a leading Building Information Modeling or BIM program), the term "details" refers to the precise, layered information embedded within the 3D model.
Here are the key details and information that would be captured in a Revit model for professional building design:
1. Architectural Details
* Plans, Sections, and Elevations: The model generates perfectly coordinated 2D drawings for floor plans, building sections (showing vertical cuts), and exterior elevations.
* Material Specifications: Every component (walls, floors, roofs) has material data assigned (e.g., concrete type, insulation thickness, finish color).
* Window and Door Schedules: Detailed lists automatically generated from the model, specifying sizes, fire ratings, hardware, and quantities.
2. Structural Engineering Details
* Structural Framing: Complete models of the load-bearing elements, including beams, columns, trusses, and foundations.
* Reinforcement (Rebar) Detailing: For concrete structures, the model can precisely detail the size, spacing, and placement of steel rebar.
* Foundation Design: Detailed plans for deep (piles, caissons) or shallow (footings, slabs) foundations, tailored to soil analysis.
3. MEP (Mechanical, Electrical, and Plumbing) Details
* System Routing: Precise routing of ductwork, piping (water, sewer, gas), and electrical conduits within the building envelope.
* Clash Detection: The most critical detail: BIM software automatically identifies "clashes" (where a pipe runs directly through a beam or a duct interferes with a light fixture) before construction begins, saving time and money.
* Fixture and Equipment Specifications: Detailed data on HVAC units, light fixtures, fire suppression systems, and power outlets.
Summary: The Value of Revit/BIM
The ultimate detail provided by a BIM model is coordination and quantity take-offs. The software ensures that the architectural design, the structural skeleton, and the mechanical systems all fit together perfectly, and it can instantly generate precise lists of all materials needed for the project.

Address

Dhaka
1216

Opening Hours

Monday 09:00 - 19:00
Tuesday 09:00 - 19:00
Wednesday 09:00 - 19:00
Thursday 09:00 - 19:00
Friday 09:00 - 17:00
Saturday 09:00 - 19:00
Sunday 09:00 - 19:00

Website

Alerts

Be the first to know and let us send you an email when Civ Design HUB posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Shortcuts

Share

Category