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"Learning the proper steps for organizing a failure investigation ensures success. Failure investigations cross company functional boundaries and are an integral component of any design or manufacturing business operation. Well-organized and professionally conducted investigations are essential for solving manufacturing problems and assisting in redesigns. This book outlines a proven systematic approach to failure investigation. It explains the relationship between various failure sources (corrosion, for example) and the organization and conduct of the investigation. It provides a learning platform for engineers from all disciplines: materials, design, manufacturing, quality, and management. The examples in this book focus on the definition of and requirements for a professionally performed failure analysis of a physical object or structure. However, many of the concepts have much greater utility than for investigating the failure of physical objects. For example, the book provides guidance in areas such as learning how to define objectives, negotiating the scope of investigation, examining the physical evidence, and applying general problem-solving techniques."

"This book focuses on the mechanisms and underlying mechanics of failure in various classes of materials such as metallic, ceramic, polymeric, composite and bio-material. Topics include tensile and compressive fracture, crack initiation and growth, fatigue and creep rupture in metallic materials, matrix cracking and delamination and environmental degradation in polymeric composites, failure of bio-materials such as prosthetic heart valves and prosthetic hip joints, failure of ceramics and ceramic matrix composites, failure of metallic matrix composites, static and dynamic buckling failure, dynamic excitations and creep buckling failure in structural systems. Chapters are devoted to failure mechanisms that are characteristic of each of the materials. The work also provides the basic elements of fracture mechanics and studies in detail several niche topics such as the effects of toughness gradients, variable amplitude loading effects in fatigue, small fatigue cracks, and creep induced brittleness. Furthermore, the book reviews a large number of experimental results on these failure mechanisms. "

"Systems Failure Analysis gives your product teams the tools and concepts to get at the root causes of defects and failures in complex manufacturing and engineered systems. Whether the failure is a ?show stopper? that brings an organization to a halt, or if your team wants to find and correct root causes of unacceptable variations in a system, the methods described in Systems Failure Analysis can help you identify and evaluate all potential failure causes, not just by jumping to conclusions on the perceived obvious ones. Quantifying the ?hidden factory? of process variations also can help prevent failures and improve productivity and yields by reducing scrap or rework."

"[This book shows that a special bank bankruptcy regime is desirable for the efficient restructuring and/or liquidation of distressed banks. It explores in detail both the principal features of corporate bankruptcy law and the specific characteristics of banks including the importance of public confidence, negative externalities of bank failures, fragmented regulatory framework, bank opaqueness, and the related asset-substitution problem and liquidity provision. , This book shows that a special bank bankruptcy regime is desirable for the efficient restructuring and/or liquidation of distressed banks. It explores in detail both the principal features of corporate bankruptcy law and the specific characteristics of banks including the importance of public confidence, negative externalities of bank failures, fragmented regulatory framework, bank opaqueness, and the related asset-substitution problem and liquidity provision. ]"

"Kepailitan merupakan lembaga hukum yang mempunyai fungsi sebagai realisasi dari tanggungjawab debitur terhadap krediturnya atas perikatan-perikatan atau lebih dikenal dengan asas tanggungjawab debitur terhadap krediturnya, tidak dibedakan atau tidak dibatasi oleh kedudukan debitur ataupun subjek Termohon Pailit tersebut, apakah debitur tersebut merupakan badan usaha Indonesia atau badan usaha asing baik perorangan maupun badan hukum.Penelitian ini akan meneliti Apakah Pengadilan Niaga Indonesia berwenang untuk rnemeriksa, mengadili dan memutus perkara permohonan pernyataan pailit terhadap badan usaha asing?. dan Kendala apakah yang timbul berkenaan pelaksanaan eksekusi putusan kepailitan Pengadilan Niaga Indonesia terhadap badan usaha asing yang telah berkekuatan hukum tetap?Penelitian ini merupakan metode penelitian hukum nonnatif (yuridis normatif) dengan pendekatan analisis kualitatif terhadap dan atas informasi atau data yang diperoleh dan diperlukan guna menjawab permasalahan pokok dalam penelitian ini, dengan mengacu kepada norma-norma atau asas-asas hukum baik yang terdapat dalam peraturan perundang-undangan dan Konvensi-konvensi sebagai law in books maupun yang sudah secara konkrit ditetapkan oleh Hakim dalam kasuskasus yang diputuskan di dan oleh pengadilan sebagai law in action, yang tidak selalu ditentukan oleh jumlah (kuantitas) peristiwa yang terjadi atau banyaknya jumlah putusan pengadilan yang dimaksudkan, akan tetapi dilakukan pendalaman atas Peristiwa, Pertimbangan Hukum hakim dan Amar Putusan Pengadilan.Dari penelitian lapangan yang dilakukan oleh peneiiti, ditemukan beberapa perkara kepailitan menyangkut permohonan pernyataan pailit terhadap pelaku usaha atau badan usaha asing baik berbentuk badan hukum maupun perorangan selaku debitur sebagai Termohon Pailit yang diajukan oleh krediturnya baik pelaku usaha Indonesia ataupun pelaku usaha asing sebagai Pemohon Pailit."

"Buku yang berjudul "Guidelines for failure investigation" ini merupakan sebuah buku panduan mengenai investigasi, tipe-tipe laporan, dan cara membuat laporan yang jelas."

"MIC (Methyl Isocyanate) adalah bahan kimia yang sangat berbahaya dan beracun yang telah terbukti menjadi sumber bencana pada tragedi Union Carbide Bhopal tahun 1984. PT X sebagai perusahaan penghasil MIC harus memastikan adanya perlindungan keselamatan proses yang baik. Untuk memastikan hal tersebut perlu dilakukan penilaian risiko secara sistematis dan menyeluruh terhadap alat atau proses produksi MIC. Tesis ini membahas penilaian keselamatan proses menggunakan teknik Failure Mode and Effect Analysis (FMEA). 57 potensi kegagalan teridentifikasi di penelitian ini. Hasil penelitian memberikan gambaran tentang profil severity, occurance dan detection serta diperolehnya nilai Risk Priority Number (RPN) dari ke-57 potensi kegagalan tersebut. Profil FMEA yang dihasilkan menjadi input untuk membuat skenario terburuk potensi kegagalan ganda. 8 nilai RPN tertinggi dengan potensi keparahan mayor diperoleh untuk segera ditindaklanjuti dengan tindakan perbaikan. Selain itu, diperoleh pula 2 potensi kegagalan ganda terburuk yang harus menjadi perhatian. Di akhir tesis ini rekomendasi diberikan kepada PT X baik rekomendasi teknis terkait hasil penilaian risiko ini maupun rekomendasi yang bersifat umum untuk meningkatkan perlindungan keselamatan proses di PT X. ......MIC (Methyl Isocyanate) has been classified as extremely toxic and hazardous substances which had severely caused catastrophic at Union Carbide Bhopal in 1984. PT. X has been a producer of MIC which shall ascertain the presence of process safety strictly implemented. To ascertain those things, systematically risk assessment shall be undertaken as well as comprehensively to devices or MIC production process. This thesis elucidates the assessment of process safety by applying Failure Mode and Effect Analysis (FMEA) Technique. 57 failures potential have been identified in this research. The result of research has provided depiction concerning the profile of severity, occurrence and detection as well as attaining RPN value of the number of 57 failures potential. FMEA profile which has been resulted, it is an input to establish the worsen scenario of multiple failure potential. The highest RPN is 8 based on attained from the major of potential severity to be promtly followed up for corrective action. Hence, 2 potential attained from the worst multiple failures shall be concerned. In the end of this thesis recommendation is provided to PT. X either technical recommendation of resulted risk assessment or recommendation generally to enhance the protection of process safety at PT. X ."

"Dalam industri minyak dan gas, pipa dipaksa bekerja 24 jam sehari selama satu tahun, atau bahkan selama beberapa dekade. Karena digunakan untuk mendukung distribusi sejumlah besar minyak, gas, dan air dan bahkan dengan jarak yang sangat jauh, medan yang dilewati oleh jaringan pipa sangat beragam, mulai dari laut, dataran rendah, lembah, dan di tanah, kemudian di operasi akan ditemukan dalam berbagai macam masalah. Sangat penting untuk mendeteksi kegagalan di masa depan dari awal tahun atau di mana pipa baru saja dipasang. Penelitian ini memfokuskan pada analisis risiko, pipa yang akan dianalisis adalah pipa yang berusia di bawah 2 tahun, dan untuk melihat potensi risiko kegagalan pipa, akan menggunakan metode Failure Mode and Effect Analysis (FMEA) dengan penambahan Simulasi Monte Carlo di bagian FMEA (Severity, Occurrence, Detection). Untuk melihat potensi kegagalan dari struktur pipa, itu akan menganalisis kerugian dinding berdasarkan pada ketebalan dinding awal, di mana pipa dinding tidak boleh terdegradasi sebanyak 80% dari total dinding awal. Dengan semua metode ini, memungkinkan semua perusahaan pengguna pipa untuk memantau kegagalan pipa di masa depan, terutama untuk pipa yang baru dipasang.

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In the oil and gas industry, pipeline is forced to work 24 hours a day for one year, or even for decades. Because it is used to support the distribution of large amounts of oil, gas, and water and even with very long distances, the terrain passed by pipelines is very diverse, starting from the sea, lowlands, valleys, and in the ground, then in the operation will be found in many kinds of problems. It is really important to detect future failures from early year or where the pipe has just been installed.

This research is focusing on the risk analysis, the pipes to be analyzed are pipes that are under 2 years old, and to see the potential risk of pipe failure, will use the Failure Mode and Effect Analysis (FMEA) method with the addition of a Monte Carlo simulation in the Occurence (Severity, Occurrence, Detection) section. To see the potential failure of the pipe structure, it will analyze wall loss based on the initial wall thickness, where the wall pipe should not be degraded as much as 80% of the total initial wall. With all of these methods, it allows all pipe user companies to monitor pipeline failures in the future, especially for newly installed pipes."