International Highest Early Strength Self Consolidating Concrete Competition (IHESSCCC) 2016 Report

American Concrete Institute Kuala Lumpur Chapter (ACI-KL Chapter) in collaboration with Institute of Infrastructure Engineering and Sustainable Management (IIESM) UniversitiTeknologi MARA (UiTM), Faculty of Civil Engineering UiTM Shah Alam andConcrete Society of Malaysia (CSM) has organized “INTERNATIONAL HIGHEST EARLY STRENGTH SELF-CONSOLIDATING CONCRETE CUBE COMPETITION (i-HESSCCC 2016)”, an annual event that has previously been held for nearly a decade.

This competition was held at the Faculty of Civil Engineering, UniversitiTeknologi MARA (UiTM) Shah Alam, Malaysia on 14-15 April 2016 in conjunction with International Construction Week (ICW) 2016 organized by Construction Industry Development Board (CIDB) of Malaysia. This year, thecompetition is extended to international level thus the number of participation is overwhelmed. All 42 groups from local and international were participated where 36 groups from Malaysia, 5 groups from Indonesia and 1 group from Iran respectively compete for the prizes awarded.

A big appreciation to the Platinum Sponsor, HUME Industry Malaysia and other sponsors, CIDB Malaysia, Cement Industries of Malaysia Berhad (CIMA), ALPHA Instruments, Supplies & Services Sdn.Bhd., ZACKLIM Floor Specialist, NL Scientific and MIGHTY Shield Industries, for sponsoring the prizes and event expenditures.

 

The aims and objectives behind this competition are to:

  • Encourage students, researchers and industry players to put their creativity and technical skills in producing an optimum cost concrete of very high flowability and strength at early age;
  • Create awareness on the versatility of possibility of producing a high flowability and early strength concrete;
  • Serve as a platform for interaction among students, NGOs and concrete industry players local and internationally.

i-HESSCCC 2016 OVERVIEW

The typical format of the competition is divided into two segments; highest flowability and early strength, and the presentation regarding the formulation of the mixes. The flowability must achieve minimum 500 mm diameter and tested using inverted slump cone. The highest early strength cube refers to a concrete cube that possesses the highest compressive strength after 24 hours after casting. Whereas, in presentation, each group is required to prepare A1 poster displaying materials used and designed mix formulation. Six(6) judges are appointed by the i-HESSCCC organizing committee to judge the presentations. The marks are given on the basis of the creativity of poster presentation, oral presentation, economy, sustainability in material selection and Q&A discussion. The teams are divided into two categories; Institutional (Studentor Staff from educational institutions) and Industry.

The i-HESSCCC 2016 starts with Casting and Presentation slot at Day 1, and continue with Testing and Sponsors slot at Day 2. The event run smoothly and ends with Closing and Prize Giving Ceremony at the second day. All participants were very excited yet proud especially the winners, nevertheless the other groups eager to join the next i-HESSCCC 2017 to bring home something in future. The champion for this competition goes to Arak Azad University, Iran, congratulations to the winner and worth traveling.

In conclusion, the overwhelmed participation from local and international participants are very much appreciated and hope to see more for the future event. The prizes awarded are just something to bring home but the experience and knowledge sharing gain from this competition is priceless.

The prizes awarded are based on these criteria:-

Highest Early Strength

Highest compressive strength after 24 hours after casting

Best Presentation

Fulfil all elements judge:

i)             Technical / Method / Poster Design

ii)            Content of Presentation

iii)           Communication Skill

iv)           Presentation Skill

v)            Discussion (Q&A)

vi)           Economic Value

vii)         Sustainability of Materials

Most Consistent Cubes

i)             Minimum strength = 15 MPa& minimum flow = 500mm

ii)            The lowest standard deviation for compressive strength.

Most Efficient Team

i)             Minimum strength = 15 MPa& minimum flow = 500mm

ii)            Minimum time taken for the team to complete the work.

Best Flow Concrete

i)             Minimum strength = 15 MPa

ii)            Highest average diameter measured

Most Green & Eco-Friendly Cubes

i)             Minimum strength = 15 MPa & minimum flow = 500 mm

ii)            Highest strength with lowest binder content

iii)           R = strength / binder content

iv)           Replacement material content

The prizes awarded are:-

Highest Early Strength

1st

USD1000 with certificate and plaque

2nd

USD500 with certificate and plaque

3rd

USD300 with certificate and plaque

 

Best Presentation

1st

USD200 with certificate and plaque

2nd

A hamper with certificate

3rd

A hamper with certificate

4th

A hamper with certificate

5th

A hamper with certificate

 

Special Award

Most Consistent Cubes

USD100 with certificate and plaque

Most Efficient Team

USD100 with certificate and plaque

Best Flowable Concrete

USD100 with certificate and plaque

1st Most Green & Eco-Friendly Cubes

USD100 with certificate and plaque

2nd Most Green & Eco-Friendly Cubes

A hamper with certificate

3rd Most Green & Eco-Friendly Cubes

A hamper with certificate

4th Most Green & Eco-Friendly Cubes

A hamper with certificate

5th Most Green & Eco-Friendly Cubes

A hamper with certificate

On the night of 15 April 2016, the closing and prize giving ceremony was held at the Science and Technology Square, Engineering Complex, UiTM Shah Alam. Here are the lists of the winners:-

The winners for HIGHEST EARLY STRENGTH are

1st Highest Early Strength

Arak Azad University, Iran

2nd Highest Early Strength

Hume Concrete

3rd Highest Early Strength

UniversitiKebangsaan Malaysia (Ukm)

The winners for BEST PRESENTATION are

1st Best Presentation

DiponegoroUniversiti, Indonesia

2nd Best Presentation

UniversitiKebangsaan Malaysia (Ukm)

3rd Best Presentation

SebelasMaretUniversiti, Surakarta Indonesia

4th Best Presentation

Universiti Malaya (Um)

5th Best Presentation

Infrastructure University Kuala Lumpur (Iukl)

The winners for SPECIAL AWARD are

Most Consistent Cubes

UniversitiTeknologi Malaysia (Utm)

Most Efficient Team

UniversitiTunku Abdul Rahman (Utar)

Best Flowable Concrete

UniversitiTunku Abdul Rahman (Utar)

1st Most Green & Eco-Friendly Cubes

UniversitiKebangsaan Malaysia (Ukm)

2nd Most Green & Eco-Friendly Cubes

SebelasMaretUniversiti, Surakarta Indonesia

3rd Most Green & Eco-Friendly Cubes

DiponegoroUniversiti, Indonesia

4th Most Green & Eco-Friendly Cubes

UniversitiTeknologiMara (UiTM) Pulau Pinang

5th Most Green & Eco-Friendly Cubes

Universiti Malaysia Perlis (Unimap)

 

                           

      Opening Speech by President of ACI KL Chapter, MsSerina Ho                       Rules and Regulations presentation by Prof Hamidah Mohd Saman

                          

            UTAR students read the Rules and Regulations                                     Presentation of the formulation of the mixes by UniversitiMalaya

                                

          Presentation of the formulation of the mixes by INTI International                                  University International participant from Indonesia

                                        

                                                      Casting session                                                                      The complete cubes left for 24 hours before testing

                                 

                                  Weighing the specific weight of cubes                                                                     Closing and Prize Giving Ceremony

                                 

                       1st Highest Early Strength – Arak Azad University, Iran                                                2ndHighest Early Strength – Hume Concrete

                    

              3rdHighest Early Strength – UniversitiKebangsaan Malaysia (UKM)                          Best Presentation - Diponegoro Universiti, Indonesia

Contact Us

School of Civil Engineering,
College of Engineering,
Engineering Complex,
Tuanku Abdul Halim Muadzam Shah,
Universiti Teknologi MARA,
40450 Shah Alam,
Selangor Darul Ehsan 
 
 
pkashahalam@uitm.edu.my
 
+603-5543 5248