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Ir.

Syahrizal

M.T., IPU
Syahrizal

Ir. Syahrizal, M.T., IPU

NIP

196112311988111001

NIDN

0031126118

Program Studi
Program Studi S1 Teknik Sipil
Program Studi Pendidikan Profesi Insinyur (PSPPi)
Bidang Keilmuan
Jabatan
Lektor Kepala
Media Penelitian
Research Gate Google Scholar Sinta
Kontak:
E-mail

syahrizal@usu.ac.id, rizal_ar@ymail.com

Alamat Kantor

Fakultas Teknik, USU

Curriculum Vitae file_download
Publikasi
Publikasi Lainnya

Publikasi Nasional

Publikasi Internasional

Earned value concept analysis on project monitoring (Case study: Faculty of Forestry Universitas Sumatera Utara building construction phase 1)

SYAHRIZAL

Development of Interlock Bricks with Eruption Ash of Mount Sinabung as One of Its Constituent Materials

SYAHRIZAL

Crack Patterns Analysis on Structural Beam with Slag Cement

SYAHRIZAL

Shear behavior of interlocking masonry brick wall portal with the substitution of Mount Sinabung volcanic ash against pushover static load

SYAHRIZAL

GEOPOLYMER CONCRETE MADE FROM VOLCANIC ASH MOUNT SINABUNG

SYAHRIZAL

Geopolymer concrete made from volcanic ash of Mount Sinabung

SYAHRIZAL

The Effect of Clamshell Ash Substitution to the Mechanical Properties of Concrete

SYAHRIZAL

Value Engineering Implementation on Construction Project of Suzuya Plaza, Tanjung Morawa

SYAHRIZAL

The Effect of Polystyrene on Concrete Mechanical Properties

SYAHRIZAL

Life Cycle Cost Identification on Building Maintenance of Badan Pengelola Keuangan Daerah Pematangsiantar

SYAHRIZAL

Slag Cement Optimization on Flexture Strength of High Quality Concrete with Various Treatment

SYAHRIZAL

Utilization of Volcanic Ash of Mount Sinabung as a Substitute for Cement to Flexure Strength of Geopolymer Concrete

SYAHRIZAL

Optimization of fly ash and bottom ash substitution against paving block manufacture according to SNI 03-0691-1996

SYAHRIZAL

Preliminary study of sinabung volcanic ash usage in the making of paving block type C and D

SYAHRIZAL

Optimization of the use of volcanic ash of Mount Sinabung eruption as the substitution for fine aggregate

SYAHRIZAL

The Use of Volcanic Ash of Mount Sinabung Eruption as the Substitution of Fine Aggregate in Making Batako (Mass-Produced Brick)

SYAHRIZAL

Acceleration Time Analysis of Project Work on Optimum Structure with Additional Cost

SYAHRIZAL