Landlord's Son

I go to bed every night trusting God to fix everything I do not speak about!

you will grow older and you will learn how to use the word "friend" correctly.

take the risk.

WHY MID-TO-LATE AFTERNOON CONCRETING IN KAMPALA CAN BECOME A QUIET QUALITY PROBLEM. ======= In Kampala, some of the most difficult concrete is not necessarily placed during rainstorms, equipment breakdowns, or even deep excavations below the water table. It is often placed between about 1 PM and 5 PM on a typical hot afternoon. At that time, the aggregates are hotter, the mixer drums are hotter, the ambient temperatures are higher, and evaporation rates increase significantly. The concrete may still leave the plant looking workable, but the hydration process is already accelerating faster than many site teams realize. Under Kampala traffic conditions, this becomes even more serious. If you opt for a readymix plan, a truck may spend long periods moving slowly through traffic on its way to your site. By the time the concrete arrives on site, slump loss may already be significant, especially if the mix was produced under elevated afternoon temperatures. This is where many bad habits begin. The pressure to continue casting pushes site teams towards adding water into the drum to “restore” workability. The concrete becomes easier to place, but the water-cement ratio changes immediately. Strength, durability, permeability, and long-term performance all begin to shift in the wrong direction. The structure may not fail dramatically. In fact, many structures survive. But microcracking, permeability, shrinkage, surface weakness, and durability problems quietly increase from that moment onwards. Kampala’s hot afternoons also increase the risk of rapid surface moisture loss. In slabs, pavements, suspended decks, and exposed surfaces, this can trigger plastic shrinkage cracking before the concrete has properly developed tensile resistance. The challenge is not only temperature itself. It is the combination of high ambient temperatures, long transport times, traffic delays, delayed discharge, difficult access in excavations, groundwater control challenges, poor curing culture, and uncontrolled site adjustments. Concrete temperature is shaped by the temperature of all its ingredients: cement, water, fine aggregates, coarse aggregates, and admixtures. In practice, the hottest and largest-volume materials, especially aggregates exposed to afternoon sun, can quietly raise the temperature of the whole mix before the truck even leaves the plant. But in practice, the real battlefield in Kampala is time. Every extra minute in traffic during a hot afternoon quietly changes the concrete. Good concreting practice under Kampala conditions therefore requires discipline: planning pours earlier in the day where possible, protecting aggregates from direct sunlight, using admixtures correctly, monitoring discharge temperatures, reducing unnecessary truck waiting times, ensuring proper groundwater control where excavations are below the water table, and enforcing strict control over site water addition. Many concrete problems blamed on “bad cement” are actually temperature-management, logistics-management, and workmanship-management problems. Concrete technology is not only chemistry. It is also transport engineering, weather management, timing, supervision, and site discipline.

He has no other choice but to become a rapper after this

First full stack of Starship V3

We slept , he watched over us & woke us up again. God is good 🤍

Congratulations to Bruno Fernandes who has been named the @theofficialfwa Footballer of the Year. 👏

By June 2027, we target 300 electric buses across GKMA on 5 routes (Ntinda, Entebbe, Makerere, Seeta–Namugongo, and Kampala–Jinja). By 2031 we shall operate 1,500 e-buses in 14 cities of Uganda. Welcome to the #ElectricExperience

THE NATURE OF A STORM THAT DELIVERS A PERFECT FLOOD. === Not every storm produces a flood. In urban hydrology, the most dangerous storm is often not the one that begins violently, but the one that arrives in layers. It rains, pauses, rains again, pauses briefly, and then returns before the ground, drains, wetlands, and channels have recovered, sometimes the time in between lasting only seconds. At the beginning of rainfall, the ground still has capacity to absorb water. Engineers call this infiltration. Part of the rain enters the soil, while some water is held by vegetation, shallow depressions, open ground, and surface pores. This early loss of water before runoff fully develops is called abstraction. In simple terms, nature initially tries to drink the rain. If the rain is light and short, much of the water may enter the ground without causing serious surface flow. But when rainfall continues in layers, the soil progressively fills with moisture. The empty spaces between soil particles become occupied by water. The infiltration rate starts reducing until the soil reaches a saturation condition. At that point, the ground can no longer meaningfully absorb additional rainfall. This is where the storm changes character. The first layer of rain prepares the flood. The second layer weakens the system further. The third layer activates widespread runoff. Eventually, every additional drop that falls onto saturated ground becomes runoff. In a city like Kampala, this process is made worse by hard urban surfaces. Roofs, paved compounds, roads, parking yards, arcades, and tarmac reduce natural infiltration. Water that would have entered the soil is quickly pushed onto the surface and directed towards roads, drains, wetlands, and low-lying settlements. But Kampala has another problem. Much of our runoff is not clean rainwater. It is silt-loaded, sewage-loaded, garbage-loaded urban runoff. Yet we often design and close drainage systems as if we are handling clean textbook stormwater. Once drains are closed without proper regard to silt, sewage, solid waste, access for cleaning, and maintenance culture, they quickly lose capacity. So in many parts of Kampala, the designed drainage system is no longer the real drainage system. The pavement becomes the drainage channel. The road becomes the river. The junction becomes the pond. The low-lying settlement becomes the detention basin. This is why flooding in Kampala should not surprise us. Drainage provisions are often poorly designed, poorly serviced, poorly maintained, and disconnected from the actual character of the city’s runoff. When pulsed rainfall arrives on already saturated ground, the formal drainage system fails to carry the water, and the city begins to use whatever surface remains available. That is the perfect flood. It is not just rain. It is rainfall sequence, soil saturation, poor infiltration, increased runoff, dirty urban stormwater, weak drainage design, poor maintenance, and a city whose paved surfaces now act as emergency drainage infrastructure.

The Strait of Hamz

Full duration and full thrust 33-engine static fire with Super Heavy V3

A man cannot make more money than his level of information. The more you know, the more you earn.

Kampala has MORE high-rise buildings under construction right now than at any point in history. Here's what's rising 🧵👇 1️⃣ NSSF Pension Towers - 32 floors | Lumumba Avenue 2️⃣ JW Marriott - 25-floor twin towers | 5-star | Nsambya 3️⃣ Hilton Kampala (TWED) - 26 floors | helipad | Nakasero 4️⃣ Pearl Tower One (Sudhir) - 19 floors | OPEN | Yusuf Lule Rd 5️⃣ Cadenza Residence - 24 floors | 80m | tallest residential 6️⃣ The Bridge Kololo (VAAL) - twin towers + skybridge 7️⃣ Haruna Towers Wilson Rd - twin 16-floor | 8️⃣ Haruna Towers Nakasero -120m planned Uganda 🇺🇬 is building. And it's just getting started. Just RT if you're proud of Kampala's growth 🔁 #KampalaSkyline #RealEstateUganda

wishing my mom long life.

KCCA has swept my Mutungo guy's stall. Now we're tapping his rolaz from the corner like drug dealers 😂😭

until it happens to you, you will think you are very careful, very responsible, very smart, very religious, very mature, very private, very etc.

The SERENE Project will help strengthen evidence-based regulation under the building control framework, support the revision of Uganda’s seismic design code, and build local technical capacity in hazard modelling, vulnerability assessment, and risk analysis.

Life unfolds differently on men. So if you see them genuinely happy and having a good time, leave them alone.