Jarasjarungkiat, Amphon
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Jarasjarungkiat, Amphon
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Email
amphon.ja@kmitl.ac.th
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Item type:Publication, A study of recycle cellular lightweight concrete as coarese aggregates in concrete bricks(2020-08-31); Chuaisrinual, SetsawatLightweight Concrete (CLC), which is a waste from CLC manufacturing. Even though, this type of lightweight concrete has less compressive strength than ordinary concrete block. But it has advantageous properties such as heat insulation, Sound insulation, light weight, and ability to trimmed. Moreover, recycling the waste can reduce the impacts on environment. By experiment the ratio of CLC concrete fragment in concrete blocks as a coarse aggregate. The researchers compared the properties of ordinary concrete blocks with CLC mixed concrete blocks according to the non-load-bearing concrete standards (TIS 58-2533) [1]. The results show that dry unit weight is inversely variation to specimens (1) ordinary concrete block, (2) concrete block with CLC passed sieve no. 4 and (3) no. 8 respectively. Compressive strength is directly variation to dry unit weight. And water absorption is inversely variation to dry unit weight. Finally, the specimens that passed the standard criterias are ordinary and mixed CLC passed sieve no. 4. There are samples also can be improved in construction technology and reduce environmental impact. - Some of the metrics are blocked by yourconsent settings
Item type:Publication, Development of Effective Lightweight Material for Construction Building.(2019-10-25); Chuaisrinual, SetsawatDue to an increasing trend of building construction in Thailand. Lightweight concrete has been recently introduced into the structural engineering applications. This study was aimed to investigate two aspects; the first one is studying the properties of Cellular Lightweight Concrete (CLC) and verifying that the lightweight concrete satisfies Thai Industrial Standard (TIS Standard) [12]. To verify with the TIS Standard, investigated properties of CLC are dry unit weight, water absorption and compressive strength. Researcher prepared admixtures with sand cement ratio (S/C), water cement ratio (W/C) and percentage of foam to collect statistical data and analyse. Verified by the standard, specimens that pass the standard criteria will be chosen for proper applications in manufacturing of prefabricated construction materials. - Some of the metrics are blocked by yourconsent settings
Item type:Publication, A Study of Recycle Cellular Lightweight Concrete as Coarese Aggregates in Concrete Bricks.(2020-01-01); Chuaisrinual, SetsawatThis research aims to apply the aggregate material in concrete blocks with Cellular Lightweight Concrete (CLC), which is a waste from CLC manufacturing. Even though, this type of lightweight concrete has less compressive strength than ordinary concrete block. But it has advantageous properties such as heat insulation, Sound insulation, light weight, and ability to trimmed. Moreover, recycling the waste can reduce the impacts on environment. By experiment the ratio of CLC concrete fragment in concrete blocks as a coarse aggregate. The researchers compared the properties of ordinary concrete blocks with CLC mixed concrete blocks according to the non-load-bearing concrete standards (TIS 58-2533) [1]. The results show that dry unit weight is inversely variation to specimens (1) ordinary concrete block, (2) concrete block with CLC passed sieve no. 4 and (3) no. 8 respectively. Compressive strength is directly variation to dry unit weight. And water absorption is inversely variation to dry unit weight. Finally, the specimens that passed the standard criterias are ordinary and mixed CLC passed sieve no. 4. There are samples also can be improved in construction technology and reduce environmental impact.