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Setelah mengikuti perkuliahan ini, mahasiswa mampu:
1. Menganalisis dan mendesain struktur beton bertulang sesuai SNI 2847:2019
2. Mengaplikasikan prinsip mekanika bahan dan struktur pada desain beton
3. Menggunakan software teknik dalam perencanaan struktur beton

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Mahasiswa dapat:
- Menghitung pembebanan struktur
- Merencanakan penulangan balok dan kolom
- Menganalisis kekuatan geser dan lentur
- Membuat detail gambar struktur

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Pengembangan kemampuan:
- Kerja tim dalam proyek
- Presentasi teknis
- Analisis kritis
- Pemecahan masalah struktural

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Diskusi interaktif menggunakan Padlet untuk brainstorming tentang:
- Komponen struktur beton
- Filosofi desain
- Standar SNI dan ACI

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The Rules of Thumb Concrete Design basics

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Praktikum software:
- Pemodelan struktur
- Analisis pembebanan
- Interpretasi hasil

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(G+10)-Story Concrete structure in SAP2000.

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Latihan kolaboratif:
- Perhitungan tulangan lentur
- Analisis kapasitas penampang
- Review antar kelompok via Padlet

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Analisis proyek nyata:
- Gedung bertingkat
- Infrastruktur beton
- Presentasi kelompok

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Penggambaran detail:
- Detail penulangan
- Gambar kerja
- Shop drawing

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AutoCAD Structural Detailing RC drawing Tutorial

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Evaluasi pemahaman via Kahoot:
- Konsep dasar
- Perhitungan cepat
- Interpretasi SNI

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Proyek desain struktur:
- Perhitungan manual
- Analisis software
- Laporan teknis

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Implementasi software:
- SAP2000
- AutoCAD
- Excel calculations

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Diskusi kelompok tentang:
- Konsep kunci
- Tantangan desain
- Aplikasi praktis

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Pengisian formulir evaluasi:
- Pemahaman materi
- Efektivitas metode
- Saran pengembangan

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Desain struktur sederhana:
- Perhitungan manual
- Gambar teknis
- Laporan analisis

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Perfect Setup for easy Rebar placement

This template insures that you can start placing rebar without having to worry if all families are loaded in. A basic set of families is there by default and you can start using them as soon as you open a new project.
This includes not only rebar shapes and bars, but also additional material such as rebar hook types, couplers, rebar shape images for quick scheduling and more.

Families for all Reinforced Structure Families

This is a list of the family packs that are included in this template:

Structural columns

Structural walls

Structural framing

Structural foundations

Structural rebar (end treatment, rebar bars, rebar hooks, rebar shapes, rebar shape images)

Structural rebar couplers

Structural fabric reinforcement

Structural area reinforcement

Structural beam system

Structural path reinforcement

Opening families (doors, windows, vertical openings)

Tag families

Dimensions

Titleblocks

Starting view

In addition to the family there is a small sample project where you can see how the template can be used.

Once you have modeled your structure it's time to start placing annotation. This template is ready for that part too. You will have dimension styles, many different tag types for tagging all elements and more. In addition to that there is a legend included to help with presentation of rebar in plan views.

All annotation families can be used in different views such as floorplans, sections and details.

Schedules are one of the most important parts of any BIM project, because they allow you to extract data from the model elements that you have placed.

In preparation for this important step this templates offers two things.

One is ready-to-go schedules that are meant to be copied and used. By default the schedules will empty, but as soon as you define which partition of the model you would like to schedule, it will fill out automatically.

These schedules have many fields along with calculated fields as well as combined fields. Because of this they will give you good numerical representation of your model.

The second important thing is the parameters that have been assigned to all custom families that are included along with a few custom project parameters that make the process of data extraction more efficient and comprehensive.

View Templates for easy graphics

Two view templates are included in order to help with quick view settings. These will apply all view settings such as V/G overrides, scale, detail level, graphic display options and more.

The two view templates are for tow different disciplines. One is for the formwork views and the other one is for the reinforcement views.

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Reinforced Concrete Structure Template - Metric

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Perfect Setup for easy Rebar placement This template insures that you can start placing rebar without having to worry if all families are loaded in. A basic set of families is there by default and you can start using them as soon as you open a new project.

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Review jurnal teknik sipil:
- Metode konstruksi terbaru
- Inovasi material
- Teknologi beton

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Authors

Pradyta Galuh Oktafiani Universitas Negeri Yogyakarta, Department of Civil Engineering, Faculty of Vocational, Indonesia, Indonesia

Satria Harta Winata Universitas Negeri Yogyakarta, Department of Civil Engineering, Faculty of Vocational, Indonesia, Indonesia

Chandra Nur Hanifah Universitas Negeri Yogyakarta, Department of Civil Engineering, Faculty of Vocational, Indonesia, Indonesia

Akhyar Arista Widya Universitas Negeri Yogyakarta, Department of Civil Engineering, Faculty of Vocational, Indonesia, Indonesia

Risang Sakha Purwandhato Universitas Negeri Yogyakarta, Department of Civil Engineering, Faculty of Vocational, Indonesia, Indonesia

Theyo Yuda Pratama Universitas Negeri Yogyakarta, Department of Civil Engineering, Faculty of Vocational, Indonesia, Indonesia

Hanif Lucky Syaifudin Universitas Negeri Yogyakarta, Department of Civil Engineering, Faculty of Vocational, Indonesia, Indonesia

Keywords:
Concrete, structure, structural modelling

Abstract

Purpose: This study aims to analyze the impact of the regulatory change from SNI 2847-2002 to SNI 2847-2013 on structural concrete, particularly in terms of calculation methods and structural modeling. The update in standards was introduced to enhance concrete quality and align with scientific advancements in structural engineering.

Methods/Design: The research compares manual calculations based on SNI 2847-2002 with analysis conducted using Microsoft Excel in accordance with SNI 2847-2013. The focus is on the dimensions of reinforced concrete beams and the required Ace value (area of tensile reinforcement), which significantly influences structural performance.

Findings: A significant difference in the Ace values was observed between the two standards. This discrepancy arises due to variations in the effective depth ( d) and the sliding moment formula applied in each version of the standard. These differences directly affect various structural aspects, including flexural strength, stiffness, crack control, and beam deflection.

Practical implication: The transition from SNI 2847-2002 to SNI 2847-2013 has implications not only for technical calculations but also for structural design and safety. Structural engineers must understand and adapt to these changes to ensure their designs comply with updated standards and meet enhanced safety requirements.

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Analysis of Concrete Structure Calculation Methods Based on SNI 2847-2002 and SNI 2847-2023 Using ETABS 21.2.0

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Pradyta Galuh Oktafiani Universitas Negeri Yogyakarta, Department of Civil Engineering, Faculty of Vocational, Indonesia, Indonesia Satria Harta Winata Universitas Negeri Yogyakarta, Department of Civil Engineering, Faculty of Vocational, Indonesia, Indonesia Chandra Nur Hanifah Universitas Negeri Yogyakarta, Department of Civil Engineering, Faculty of Vocational, Indonesia, Indonesia Akhyar Arista Widya Universitas Negeri

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Pengembangan skill:
- Tutorial lanjutan SAP2000
- Pemodelan kompleks
- Optimasi desain