The processes of manufacture & assembly are based on the communication of engineering information via drawing. The drawings follow standards. including those laid down by the ISO, so that the accurate transfer of information can be guarantee. This is imperative because the information contained in an engineering drawing is a legal specification. The ISO standards are designed to be independent …
1 The geometry of engineering components-solids , 1 2 The geometry of engineering components-developments ,24 3 Loci & mechanisms , 38 4 Cams , 47 5 Engineering communications , 56 6 Joining of materials , 122 7 Bearings , 144 8 The designer , 153 9 Design elements & logic , 158 10 Product specification , 168 11 The product , 176 12 Engineering communication-photog…
Preface , 6 1 The Purpose of Drawings & Specifications , 7 2 The Concept of Standards in Communicating Information , 11 3 An Outline of Standardised Methods of Communicating Technical Information , 13 4 Interpretation of Technical Drawings , 16 5 Operation Sheets , 47 6 Identifying Components from Drawings, Specifications and Data , 51 7 Interpreting Standard…
Bab I Standarisasi , 1-18 Bab II Konstruksi Geometrik , 19-33 Bab III Proyeksi & Perspektif , 34-52 Bab IV Sketsa/Bagan , 53-63 Bab V Penunjukkan Ukuran , 64-90 Bab VI Potongan , 91-103 Bab VII Toleransi Linear , 104-121 Bab VIII Tekstur Permukaan , 122-133 Bab IX Toleransi Geometri , 134-147
1) Puli 4-5 2) Roda Gigi Rantai 6 3) Roda Gigi 7-11 4) Kopling Poros 12 5) Kopling Kerucut 13 6) Pegas 14-15 7) Benda Tuangan 16-18 8) Pengelasan 19-30 9) Toleransi Bentuk & Posisi …
1) Normalisasi Ukuran Kertas Gambar 4-5 2) Penggunaan Peralatan Gambar 6-7 3) Normalisasi Huruf & Angka 8-12 4) Perbandingan Macam-Macam Garis 13-15 5) Konstruksi Dasar Menggambar Teknik 16-23 6) Segi Banyak Beraturan 24 7) Hubungan Lukisan Jari-Jari 25-28 8) Konstruksi Ellip 29-30 9) Garis Sinusiod…