engineering Archives - Construction company in Trivandrum

This is a very common question. People are often confused about civil engineering and architecture. Although architects and engineers perform parallel functions in the design, the infrastructure of the building, etc., they are actually very different. There is big delineation between the two. The four points below explains the major difference between architects and civil engineers so you know which to choose when it comes to your career.

Character traits – architecture and civil engineering

Architects and engineers often approach problems and situations from a different foundation. Architects have a tendency to be more creative, think more outside the box and are more connected to the aesthetics of things whereas engineers have a tendency to be more quantitative, more numbers are driven, rational driven and are more reasoning. If you have a tendency to draw, be more creative and have a colourful type of personality and way of thinking then architecture is probably for you.

Design – architecture and civil engineering

Engineers rely on equations, formulas and scientific principles to solve problems, develop solutions and conclusions to whatever they are working on in their field. Whereas architects have the tendency to consider the spatial functionality, the connection to its surroundings, how things integrate into aesthetics and overall connectivity to neighbouring entities whether it be buildings or roadway facility or functionality of a park or something. The approach to the overall design thinking is different between the two.

Workflow – architecture and civil engineering

This is what architects have a big advantage. Because it comes out to feeling and energy, aesthetics, creativity and how it looks. Architects typically are the starters for the planning. They are the ones who create the blueprint. They are the ones who have the vision for what the engineers are going to build. Then the engineers take those vision and the blueprint and decide on how they are going to do it, what’s the most cost-effective approach for this, what is the right materials for this type of design. If you want to be in the creative part you want to be the architecting these types of concepts and you should probably go for architecture. Whereas if you want to calculate things in a data-driven fashion behind what is going on, then engineering is for you.

Curriculum -architecture and civil engineering

An architectural curriculum in university is typically going to little be more artsy and theoretical. It’s more about history and design. Whereas engineering courses involve heavy mathematics. If you don’t like math then you definitely shouldn’t be an engineer. The course includes engineering maths, calculus, statistics, structural analysis, structural design, concrete and steel design, fluid mechanics, thermodynamics and so on. If math is a struggle for you and you still want to be connected to designing buildings and infrastructure, then go for architecture.

M sand (manufactured sand) is a substitute of river sand for concrete construction . Manufactured sand is produced from hard granite stone by crushing.The crushed sand is of cubical shape with grounded edges, washed and graded to as a construction material. The size of manufactured sand (M-Sand) is less than 4.75mm.

Why Manufactured Sand is Used?

M Sand is an alternative for river sand. Due to fast growing construction industry, the demand for sand has increased tremendously, causing deficiency of suitable river sand in most part of the word.

Due to the depletion of good quality river sand for the use of construction, the use of manufactured sand has been increased. Another reason for use of M-Sand is its availability and transportation cost.

Since M sand can be crushed from hard granite rocks, it can be readily available at the nearby place, reducing the cost of transportation from far-off river sand bed.

Thus, the cost of construction can be controlled by the use of M sand as an alternative material for construction. The other advantage of using M-Sand is, it can be dust free, the sizes of m-sand can be controlled easily so that it meets the required grading for the given construction.

Advantages of Manufactured Sand (M Sand)

It is well graded in the required proportion.
It does not contain organic and soluble compound that affects the setting time and properties of cement, thus the required strength of concrete can be maintained.
It does not have the presence of impurities such as clay, dust and silt coatings, increase water requirement as in the case of river sand which impair bond between cement paste and aggregate. Thus, increased quality and durability of concrete.
M-Sand is obtained from specific hard rock (granite) using the state-of-the-art International technology, thus the required property of sand is obtained.
M-Sand is cubical in shape and is manufactured using technology like High Carbon steel hit rock and then ROCK ON ROCK process which is synonymous to that of natural process undergoing in river sand information.
Modern and imported machines are used to produce M-Sand to ensure required grading zone for the sand.

Properties of Manufactured Sand for Concrete Construction

Higher Strength of concrete

The manufactured sand has required gradation of fines, physical properties such as shape, smooth surface textures and consistency which makes it the best sand suitable for construction. These physical properties of sand provides greater strength to the concrete by reducing segregation, bleeding, honeycombing, voids and capillary.

Thus required grade of sand for the given purpose helps the concrete fill voids between coarse aggregates and makes concrete more compact and dense, thus increasing the strength of concrete.

Durability of concrete

Since manufactured sand (M-Sand) is processed from selected quality of granite, it has the balanced physical and chemical properties for construction of concrete structures.

This property of M-Sand helps the concrete structures withstand extreme environmental conditions and prevents the corrosion of reinforcement steel by reducing permeability, moisture ingress, freeze-thaw effect increasing the durability of concrete structures.

Workability of concrete

Size, shape, texture play an important role in workability of concrete. With more surface area of sand, the demand for cement and water increases to bond the sand with coarse aggregates.

The control over these physical properties of manufacturing sand make the concrete require less amount of water and provide higher workable concrete. The less use of water also helps in increasing the strength of concrete, less effort for mixing and placement of concrete, and thus increases productivity of construction activities at site.

Less Construction Defects

Construction defects during placement and post-concreting such as segregation, bleeding, honeycombing, voids and capillarity in concrete gets reduced by the use of M-Sand as it has optimum initial and final setting time as well as excellent fineness.

Economy

As discussed above, since usage of M-Sand has increased durability, higher strength, reduction in segregation, permeability, increased workability, decreased post-concrete defects, it proves to be economical as a construction material replacing river sand.

It can also save transportation cost of river sand in many cases.

Eco-Friendly

Usage of manufactured sand prevents dredging of river beds to get river sand which may lead to environmental disaster like ground water depletion, water scarcity, threat to the safety of bridges, dams etc. to make M-Sands more eco-friendly than river sand.

Msand Manufacturing companies in Kerala

01,Pobson Groups Trivnadrum

02,Wimrock Granites Private Limited Pathanamthitta

03.Geosand M-sand -Kannur

04.Delta Msand Pvt. Ltd– Neyyatinkara

05.Metro-M-Sand Industries– Kochi

06,VK Stone Crusher-Peravoor

07.S.M Sand’s in Pathanamthitta, Kerala, India Company

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