Investigation of recycled concrete as a partial to coarse aggregate with starch (amylum) from corn and water hyacinth fiber (eichhoraia crassipes) for compression and flexural strength of a normal weight concreate /
De Luna, Kate Loren M.
Investigation of recycled concrete as a partial to coarse aggregate with starch (amylum) from corn and water hyacinth fiber (eichhoraia crassipes) for compression and flexural strength of a normal weight concreate / Kate Loren M. De Luna [and four others]. - Manila : National University, 2022. - 164 leaves : color illustrations ; 28 cm.
Includes bibliographical references.
Chapter 1. The Problem and its background -- Chapter 2. Literature Review and Framework of the Projec 3. Project Design and Methodology -- Chapter 4. Results and Discussions -- Chapter 5. Summary, Conclusion and Recommendation -- References.
The investigation of concrete with recycled coarse aggregates (RCA) as partial replacement to natural coarse aggregate (NCA) containing corn starch (CS) as a water retarder and water hyacinth fiber (WHF) reinforcement was considered the primary objective.
UGT COE BSCE .D45 2022
Investigation of recycled concrete as a partial to coarse aggregate with starch (amylum) from corn and water hyacinth fiber (eichhoraia crassipes) for compression and flexural strength of a normal weight concreate / Kate Loren M. De Luna [and four others]. - Manila : National University, 2022. - 164 leaves : color illustrations ; 28 cm.
Includes bibliographical references.
Chapter 1. The Problem and its background -- Chapter 2. Literature Review and Framework of the Projec 3. Project Design and Methodology -- Chapter 4. Results and Discussions -- Chapter 5. Summary, Conclusion and Recommendation -- References.
The investigation of concrete with recycled coarse aggregates (RCA) as partial replacement to natural coarse aggregate (NCA) containing corn starch (CS) as a water retarder and water hyacinth fiber (WHF) reinforcement was considered the primary objective.
UGT COE BSCE .D45 2022