SS InfraTech

15/10/2026

🔥 How Do You Like This 36' × 55' House Plan? 🏡

A thoughtfully designed west-facing home with spacious living, a modern kitchen, 2 bedrooms, a cozy sit-out & parking for 2 cars! 🚗🚗

💬 What do you think of this layout? Share your thoughts in the comments!

📐 By Hidayat Construction

27/09/2026

❤️ PROUD TO BE A CIVIL ENGINEER 👷‍♂️🏗️ | BUILDING THE FUTURE
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🏗️ Dream. Design. Construct. Achieve. 👷‍♂️
Every structure has a story, and every engineer plays a part in building the future.
From planning and drawings to ex*****on and supervision, every detail matters. My passion is to turn ideas into reality and build something that lasts for generations. 💪
Proud to be a Civil Engineer! 🦺📐
BuildingTheFuture CivilEngineering DreamBig HardWork Infrastructure 🏗️❤️

27/09/2026

A detailed structural diagram showcasing the precise reinforcement steel (rebar) placement for a staircase. This comprehensive technical guide clearly outlines the positions, diameters (1/2" and 3/8"), and specific spacing (20cm and 15cm) for transverse bars, essential for ensuring the structural integrity and safety of the concrete stairs.

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27/09/2026

To pump concrete 40 metres vertically and 80 metres of pipeline at 80 m³/hr requires just over 10 bar of pump pressure. Here is the complete calculation — friction loss, static head, and safety margin.

Save this — concrete pumping pressure reference.

TOTAL PUMP PRESSURE: P = P_friction + P_static + P_reserve

Given: Q=80 m³/hr=0.0222 m³/s | D=125mm | L_pipeline=80m | H=40m | Slump=180mm

Flow velocity: v = 0.0222/0.01227 = 1.81 m/s

Friction loss (180mm slump concrete, 125mm pipe, f≈600 Pa/m):
ΔP_friction = 600 × 80 = 48,000 Pa = 0.48 bar

Static head pressure:
ΔP_static = 2,300 × 9.81 × 40 = 902,520 Pa = 9.03 bar

Reserve: 0.5 bar

TOTAL: P_pump = 0.48 + 9.03 + 0.5 = 10.01 bar
Selected pump minimum rating: 15 bar (1.5× working pressure factor)

FACTORS THAT INCREASE PUMPING PRESSURE:
Lower slump (stiffer mix): friction doubles every ~20mm slump reduction
Smaller pipe diameter: pressure ∝ 1/D⁴ — halving diameter = 16× pressure!
More bends/elbows: each 90° bend ≈ 3m extra equivalent pipe length
Higher aggregate size: reduces lubrication layer on pipe wall

LUBRICATION MORTAR:
Before pumping concrete, pump a cement-sand slurry (lubricating mortar) to coat the pipe interior. Failure to do so causes the first concrete to de-water on the dry pipe — causing a plug and potential pipe burst.

Save this — concrete pumping pressure reference.
What is the highest pour you have ever pumped concrete to? What pump pressure was required?

17/08/2026

Celebrating my 7th year on Facebook. Thank you for your continuing support. I could never have made it without you. 🙏🤗🎉

19/07/2026

Tunnel Cross Section Design illustration 🚧

11/07/2026

05/07/2026

05/07/2026

Construction of Irrigation canal

05/07/2026

Typical Layers of a Flexible Road Pavement

1. Surface Course (40–50 mm): The top asphalt layer that provides a smooth, skid-resistant driving surface and protects lower layers.

2. Binder Course (60–80 mm): Adds structural strength and distributes traffic loads.

3. Base Course (150–250 mm): A compacted aggregate layer that carries and spreads vehicle loads.

4. Sub-Base (200–300 mm): Improves drainage, provides extra support, and prevents frost or soil movement.

5. Subgrade: The prepared natural soil foundation that supports the entire pavement structure.

Key point: Each layer works together to ensure the road is strong, durable, and long-lasting.