Post Tensioning Specialist Engineering Solutions
YLSE TECHNOLOGIES
YOUR ENGINEERING SPECIALIST
COMPANY PROFILE Specialized Engineering Solutions for Structures
2022 / 23
Providing Inspiring Solutions Delivering Inspiring Solutions
YLSE Technologies (M) Sdn. Bhd. 201401048409 (1124598-P)
Lot 7389, Jalan Ciku, Sec. U9, Bukit Cherakah, 40150 Shah Alam, Selangor, Malaysia.
Post Tensioning Specialist Engineering Solutions
Company Profile
Specialized Engineering Solutions For Structures 2022 / 23
LRQA Certified for ISO 9001:2015 Quality Management System
Malaysian Construction Industry Development Board (CIDB) Registered
Table Of Content 01 | ABOUT THE COMPANY
4
02 | CORE VALUES
6
03 | DIRECTOR STATEMENT
7
04 | OUR TEAM
8
05 | DESIGN SOLUTIONS
9
06 | BENEFITS
10
07 | REALIZING THE POSSIBILITIES
11
08 | STRUCTURAL DESIGN
16
09 | FEATURED PROJECTS
18
10 | FEATURED PROJECTS
20
4
YLSE Company Profile
The Company Uncover the true potential of your structure ... while building confidence Establish in 2000, YLSE is a trusted specialist in post-tensioned concrete technology, the company had successfuly designed, supplied and installed million of square meters of post-tension slab in structures in Malaysia. YLSE Post-Tensioned Slabs
They allow far greater design flexibility as
are increasingly popular with engineers,
well improving the sustainability, build time
contractors, architects and their clients.
and cost efficiency in construction projects such as residential and commercial
YLSE Post-Tensioned Slabs offer a thinner
buildings, shopping malls, hospitals,
alternative
schools, stadium, car parks, bridges and
to
conventional
reinforced
concrete and use less component materials.
transfer structures.
OUR VISION To
develop
quality
OUR MISION
products
efficiently, in a professional and
To
flexible environment, on time and
requirements
at the right cost to our customers,
improve the effectiveness of the
while driving to become a world-
Quality Management System.
class organization.
Experience and expertise, gained from working on projects around Malaysia, are combined to deliver prompt, effective solutions.
commit,
comply and
with
continually
5
YLSE Company Profile
Our Core Values
At YLSE, we are guided by a set of core values in everything we do. These values form an integral part of our corporate culture, which is geared towards long-term success.
INTEGRITY We act with professionalism in everything we do and with everyone we deal with, always delivering on our promise. TEAMWORK We work, collaborate and succeed in unity, believing and trusting each other in pursuing our shared goals. We embrace a philosophy of openness in acknowledging differences of opinions, cultures and contributions among all team members, treating all with respect. INNOVATION We believe in continuous improvements, always exploring new ideas and promoting creative thinking. We commit passionately to excel at all we do, constantly striving to push the limits and surpass standards of excellence at every opportunity.
LRQA Certified for ISO 9001:2015 Quality Management System
Malaysian Construction Industry Development Board (CIDB) Registered
6
YLSE Company Profile
Director Statement Subject Subject Subject Subject Subject Subject Subject Subject
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7
YLSE Company Profile
Our Team
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8
YLSE Company Profile
Post-Tensioning Solutions YLSE carries out complete designs for post-tensioned concrete structures. The company uses the latest design software which is continually updated to reflect current construction codes of practice.
YLSE systems present innovative solutions to some of common restrictions faced
YLSE specialist help structural engineers determine the most appropriate
by arhitects, engineers and
option for their specific project requirements at early design stage using
contractrors.
extensive value engineering.
Design
Tender YLSE
provide
scheme
a
with
information
for
detailed
design
The entire post-tensioning
sufficient
team will develop the design
process will carry out by
tender
and provide shop drawings
qualified personnel in full
for construction.
accordance
purposes.
YLSE’s
specialized
Execution
health
safety
with
strict
regulation,
quality standard and proven methodology.
Intelligent Solutions Open-plan spaces with large spans unrestriced by awkward columns.
Thin slabs that increase planned clearance under ceilings or reduce total building height.
Greater architectural freedom in design of slab shapes and positioning columns.
Faster stripping of formwork allowing quicker redeployment.
9
YLSE Company Profile
YLSE Post-Tensioned Slabs are the first choice for many architects, contractors and engineers.
Real Benefits Commercial Oppoturnities YLSE
post-tensioning
results
in
thinner
concrete slabs making the valuable savings in floor to floor height available as additional
Structural Reliability YLSE Post-Tensioned Slabs shows reduced cracking for improved durability and lower maintenance costs. Their deflection can be controlled by varying the amount of post-tensioning to balance any portion of applied loads immediately after stressing.
Early Planning
floors. This can provide extra rentable space within the same overall building height. YLSE Post-Tensioned Slabs can bring unique freedom over conventional building methods. Stronger, more efficient floor slabs design creates longer spans and reduces the need for columns within the structures.
Sustainable Fundamentals A YLSE-designed post-tensioned slab can
To obtain maximum benefit from YLSE Post-
contain less concrete (28% - 37%), less
Tensioned Slabs it is recommended that they
reinforcement and less complicated rebar
are incorporated into the building structure at
shaping
early design stage.
concrete slabs.
The intelligent use of post-tensioning technology by YLSE’s experienced engineers can bring bespoke solutions to suit each unique situation.
than
conventional
reinforced
10
YLSE Company Profile
Post-Tensioning Solutions YLSE carries out complete designs for post-tensioned concrete structures.
YLSE systems present
The company uses the latest design software which is continually updated
innovative solutions to some
to reflect current construction codes of practice.
of common restrictions faced
YLSE specialist help structural engineers determine the most appropriate option for their specific project requirements at early design stage using
by arhitects, engineers and contractrors.
extensive value engineering.
Tender YLSE
provide
scheme
a
with
information
for
purposes.
Design
detailed
YLSE’s
specialized
Execution design
The entire post-tensioning
sufficient
team will develop the design
process will carry out by
tender
and provide shop drawings
qualified personnel in full
for construction.
accordance health
safety
with
strict
regulation,
quality standard and proven methodology.
Intelligent Solutions
Open-plan spaces with large spans unrestriced by awkward columns
Thin slabs that increase planned clearance under ceilings or reduce total building height
Greater architectural freedom in design of slab shapes and positioning columns
Faster stripping of formwork allowing quicker redeployment
11
YLSE Company Profile
YLSE Post-Tensioned Slabs are the first choice for many architects, contractors and engineers.
Real Benefits Commercial Oppoturnities YLSE
post-tensioning
results
in
thinner
concrete slabs making the valuable savings in floor to floor height available as additional
Structural Reliability YLSE Post-Tensioned Slabs shows reduced cracking for improved durability and lower maintenance costs. Their deflection can be controlled by varying the amount of post-tensioning to balance any portion of applied loads immediately after stressing.
Early Planning
floors. This can provide extra rentable space within the same overall building height. YLSE Post-Tensioned Slabs can bring unique freedom over conventional building methods. Stronger, more efficient floor slabs design creates longer spans and reduces the need for columns within the structures.
Sustainable Fundamentals A YLSE-designed post-tensioned slab can
To obtain maximum benefit from YLSE Post-
contain less concrete (28% - 37%), less
Tensioned Slabs it is recommended that they
reinforcement and less complicated rebar
are incorporated into the building structure at
shaping
early design stage.
concrete slabs.
The intelligent use of post-tensioning technology by YLSE’s experienced engineers can bring bespoke solutions to suit each unique situation.
than
conventional
reinforced
12
YLSE Company Profile
Sustainability & Efficiency While in the past the emphasis was on performance, time and cost, a new factor, sustainability, is now added to the decision-making process.
Environmentally Sustainable Design (ESD) endeavors to use design principles and strategies to reduce the environmental impacts caused by the construction and operation of buildings. (Palich et al.2011). Our responsibility to incorporate ESD in design and methodologies by aiming to improve structural effectiveness of a building.
Sustainability Environmental Impact A study has shown building construction in concrete structures contributes more than 50% of all anthropogenic greenhouse gas (GHG) emission globally and 50% to 62% of the global warming potential (GWP). Results indicate environmental efficiencies are achieved through both the material reduction of steel and concrete. Overall, up to 40.9% reduction in the global warming potential through the utilisation of post-tensioned construction methodology.
Social Impact During construction phase, designs requiring less of the same material lead to less disruption due to reduced pollution, trucking, traffic congestion and waste. In addition, a faster construction cycle can also reduce nuisances of construction sites. During the use phase, well-being depends largely on the conditions of interior space: concrete has clear benefits in lighting, acoustical and thermal comfort. Flat soffit improves on the architectural flexibility and contributes to the visual comfort.
Damansara City, Petaling Jaya
13
YLSE Company Profile
Efficiency Cost Saving Estimation
3.8
%
per m2 *
The use of post-tensioning is able to significantly reduce the concrete volume up to 37% and steel mass up to 43% (D. Miller, et al. 2012), and further result in significant foundation material savings and reduced columns which indirectly reduce the overall financial cost. Fast construction time period is due to less material and less installation time and labor, and also due to stressing of the tendons consequently reflect the early stripping of formwork for quicker floor-to-floor cycle.
Global Warming Potential contributes by concrete and steel structures
62
%
Concrete Volume Reduction
37
Steel Mass Reduction
43
%
%
Global Warming Potential Reduction
40.9
%
D.Miller, J.H Doh, H.Guan, and M.Mulvey (2012). Environmental Impact Assessment of Post Tensioned and Reinforced Concrete Slab Construction
14
YLSE Company Profile
Sustainability & Efficiency While in the past the emphasis was on performance, time and cost, a new factor, sustainability, is now added to the decision-making process.
Environmentally Sustainable Design (ESD) endeavors to use design principles and strategies to reduce the environmental impacts caused by the construction and operation of buildings. (Palich et al.2011). Our responsibility to incorporate ESD in design and methodologies by aiming to improve structural effectiveness of a building.
Environmental Impact Study indicate environmental efficiencies are achieved through both the material reduction of steel and concrete. Overall, up to 40.9% reduction in the global warming potential through the utilisation of post-tensioned construction methodology.
Global Warming Potential Reduction
40.9
Up To
%
D.Miller, J.H Doh, H.Guan, and M.Mulvey (2012). Environmental Impact Assessment of Post Tensioned and Reinforced Concrete Slab Construction
Global Warming Potential contributes by concrete and steel structures
62
%
15
YLSE Company Profile
Operational Excellence Cost Saving Estimation
3.8
%
per m2 *
The use of post-tensioning is able to significantly reduce the concrete volume up to 37% and steel mass up to 43% (D. Miller, et al. 2012), and further result in significant foundation material savings and reduced columns which indirectly reduce the overall financial cost. Fast construction time period is due to less material and less installation time and labor, and also due to stressing of the tendons consequently reflect the early stripping of formwork for quicker floor-to-floor cycle.
Flat soffit improves on the architectural flexibility and contributes to the visual comfort.
Social Impact
Concrete Volume Reduction Up To
37
%
Steel Mass Reduction Up To
43
%
During construction phase, designs requiring less of the same material lead to less disruption due to reduced pollution, trucking, traffic congestion and waste. In addition, a faster construction cycle can also reduce nuisances of construction sites.
Damansara City, Petaling Jaya
During the use phase, well-being depends largely on the conditions of interior space: concrete has clear benefits in lighting, acoustical and thermal comfort. Flat soffit improves on the architectural flexibility and contributes to the visual comfort.
16
YLSE Company Profile
Realizing the Possibilities Post-tensioning provides a means to overcome the natural weakness of concrete in tension and to make better use of its strength in compression
In concrete structures, this is achieved by placing high-tensile steel tendons/cables in the element before casting. When the concrete reaches the desired strength, the tendons are pulled by special hydraulic jacks and held in tension using specially designed anchorages fixed at each end of the tendon.
Transfer Structures, Meta_City, Seri Kembangan
This provides compression at the edge of structural member that increases the strength of the concrete for resisting tension stresses. If tendons are appropriately curved to a certain profile, they will exert, in addition to compression at the perimeter, a beneficial upward set of forces that will counteract applied loads, relieving the structure from a portion of gravity effects.
Tension in unreinforced concrete produces cracking
In reinforced concrete rebar resists tension
Effects of curved post-tensioning tendon on the structure
17
YLSE Company Profile
Structural Design Post-tensioning tendons are virtually replaced in the slab by the set of forces they exert on it: compression along the perimeter, upward forces in the spans and downward forces over the supports.
Post-Tensioned Slabs, Oxley Tower, KLCC
YLSE is comprehensively qualified, proficient and experience in all post tensioning method and can guide in every aspect to the process including design, detailing, systematic equipment supply and installation. When an analysis is satisfactorily completed, structural detailing is carried out to show the layout and the dimensions of the slab, the distribution and profiles of the tendons, details of ordinary reinforcement, jacking forces and corresponding elongations in tendons due to stressing.
Deflection
3D Tendon
Finite Element
Distribution
Perspective
Meshing
Analysis are checked againts allowable values imposed by the adopted code of practices and comply with ASTM standards.
18
YLSE Company Profile
Featured Projects Contrary to popular belief, Lorem Ipsum
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Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry’s standard dummy text ever since the 1500s, when an unknown printer took a galle.
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YLSE Company Profile
YOUR OFFER Lorem Ipsum is simply dummy text of the printing and the typesetting industry.
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YLSE Company Profile
YOUR OFFER
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YLSE Company Profile
YLSE’s advanced solution help engineers, planners and construction companies create and maintain these structures.
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YLSE TECHNOLOGIES YOUR ENGINEERING SPECIALIST
Company Profile Specialized Engineering Solutions for Structures
2022 / 23
Contact Us
Address
Tel : +603 - 7842 3312
Lot 7389, Jalan Ciku, Sec. U9,
Email : enquiry@ylse.com.my
Bukit Cherakah, 40150 Shah
www.ylse.com.my
Alam, Selangor, Malaysia