290. Seminar in Inorganic and Physical Chemistry. Professor LEWIS. 291. Seminar in Organic Chemistry. Assistant Professor BIDDLE. 292. Seminar in Inorganic and Physical Chemistry. Associate Professor BRAY. 293. Seminar in Physical Chemistry. Assistant Professor TOLMAN. 294. Seminar in Physical Chemistry. Assistant Professor HILDEBRAND. These graduate seminars will not all be offered in each half-year. At the beginning of each half-year a special descriptive announcement of the seminars to be given will be made. Research Conference.-Members of the instructing staff and students engaged in graduate research meet once a week each half-year to discuss the various investigations in progress in the laboratory. No credit. Chemical Colloquium. In addition to the seminar courses, an evening colloquium will be held bi-weekly each half-year for the presentation and discussion of recent advances in chemistry and allied sciences. No credit. COURSES IN OTHER DEPARTMENTS Physiological Chemistry. [See under Biochemistry.] Metallurgy and Assaying. [See under Mining and Metallurgy.] COURSES IN THE DEPARTMENT OF AGRICULTURE Chemistry of Soils and Fertilizers. [See under Soils and Fertilizers.] Chemistry of Milk. [See under Dairy Industry.] Chemistry of Wine. [See under Viticulture.] Analysis of Agricultural Products. [Seen under Agricultural Chemistry.] Food Analysis. [See under Nutrition.] CIVIL ENGINEERING CHARLES DERLETH, JR., C.E., Professor of Civil Engineering and Dean of the College of Civil Engineering. CHARLES G. HYDE, B.S., Professor of Sanitary Engineering. FRANCIS S. FOOTE, Jr., E.M., Associate Professor of Railroad Engineering. VALDEMAR ARNTZEN, Expert Mechanic in Civil Engineering Laboratory. M. N. BRYANT, Assistant in Testing Laboratory. H. H. HARDER, Assistant in Testing Laboratory. LABORATORY FEES Laboratory fees are $5 a half-year for courses 1A-1B, 1E, 102, and 123; $10 for 108c, 108E, 108F; and $20 each for 3 and 103. TEACHER'S RECOMMENDATION Students who are graduated from the five-year civil engineering course may obtain the recommendation for high school certificate, provided they have satisfied the necessary educational requirement. HONORS Students will be recommended for honors on the basis of the quality of the work done in the regular curriculum of the senior year. Particular emphasis will be placed upon the thesis. LOWER DIVISION COURSES 1A-1B. Plane Surveying. Associate Professor FOOTE, Assistant Professors ALVAREZ, EDDY, and LANGELIER, Mr. WISKOCIL, Mr. HAYWARD, and Assistants. Methods of plane surveying; field practice; calculations, and mapping. 4 hrs., throughout the year; 3 units each half-year. Recitation sections I and II, M F, 8; III and IV, M F, 9; V and VI, Tu Th, 8. Field and drafting sections I, M, 1-3; II, Tu, 9-11; III, Tu, 1-3; IV, Th, 9-11; V, F, 1-3. Prescribed, freshman year, in the colleges of engineering. Prerequisite: plane trigonometry. The fee is $5 each half-year. 1E. Surveying Theory and Field Work. Associate Professor FOOTE, Assistant Professors ALVAREZ and EDDY, The more elementary parts of course 1A-1B briefly presented. Open only to students in agriculture and architecture. 4 hrs., either half-year; 3 units. Tu Th, 11; W, 1-3. The fee in this course is $5. Prerequisite: plane trigonometry. 3. Summer Class in Plane Surveying. Associate Professor FoOTE, Assistant Professors ALVAREZ, EDDY, and This course is four weeks in length. Section I begins the day after Commencement; section II, four weeks later. The summer school site is near Santa Cruz. Work is carried on, as far as possible, just as in actual practice. 3 units credit. The fee in this course is $20. Prerequisite: courses 1A-1B. No substitute for this course will be accepted. There will be no final examination. 8. The Materials of Engineering Construction. Assistant Professor ALVAREZ, Mr. WISKOCIL and Mr. HAYWARD. The structural properties and adaptability of natural and artificial building stones, cements, mortars, concretes, timber, cast iron, wrought iron, and steel. 2 hrs., second half-year. Section I, M F, 8; II, M F, 9; III, Tu Th, 8. Prerequisite: sophomore standing. UPPER DIVISION COURSES 102. Railway, Highway, and Canal Surveying, with Field Practice. Associate Professor FOOTE. Simple, compound, and transition curves; reconnaissance, preliminary and location surveys; calculations of earthwork and other quantities; field work, such as running in curves, etc. 5 hrs., first half-year; 3 units. Lectures, Tu Th, 10; field work, Th, 1-4. Prerequisite: course 3. The fee in this course is $5. 102c. Railroad Engineering Office Practice. Associate Professor FOOTE. The plotting of railroad maps and profiles; calculation of volumes in masonry and earthwork; drafting of railroad structures. 3 hrs., second half-year; 1 unit. Tu, 1-4. Prerequisite: course 102. 103. Summer Class in Railroad Surveying. Associate Professor FOOTE, Assistant Professors ALVAREZ, EDDY, and This course is four weeks in length, beginning the day after Commence- 104A. Economics of Railway Location. Associate Professor FOOTE. Influence of railroad location upon profit-producing value, with particular reference to the effect of distance, curvature, and grades upon operating expenses. 3 hrs., first half-year. M W F, 10. Prerequisite: course 103. 104B. Railway Construction and Maintenance. Associate Professor FOOTE. Grading, tunneling, waterways, track laying; the materials and methods used in maintenance work; signaling and interlocking; yards and terminals. 3 hrs., second half-year. M W F, 10. Prerequisite: course 103. 105. Higher Surveying and Geodesy. Associate Professor FOOTE. Methods of geodetic surveying; adjustment of observations; geodetic positions; map projections. 2 hrs., second half-year. Tu Th, 11. Prerequisite: course 3; Astronomy 3 and 107. 106. Highway Engineering. Professor HYDE. The location, design, construction and maintenance of roads and streets; the construction and maintenance of pavements. 2 hrs., first half-year. Tu Th, 11. Prerequisite: course 8. 107A. Framed Structures. Assistant Professor EDDY. The computation of stresses in roofs, building frames, and simple bridge trusses, chiefly by analytical methods. 5 hrs., second half-year; 3 units. W F, 8, Th, 1-4. Open to students in civil engineering who have taken, or who are taking course 108A-108B, section I, Mechanics 102A-102в or Physics 105A-105B, and Drawing 105. 107c-107D. Framed Structures. Professor DERLETH. Continuation of course 107A. Stress computations for steel-framed structures; the design of plate girders, roof, and bridge trusses; bridge shop practice. 5 hrs., throughout the year; 3 units each half-year. Tu Th, 10; W, Prerequisite: courses 107A and 108A-108B, Section I. 107E-107F. Framed Structures. 1-4. Assistant Professor EDDY. For architectural students. Stress computations and design of structures in wood, steel, and reinforced concrete, particularly of buildings; foundations and retaining walls; structural specifications. 5 hrs., throughout the year; 3 units each half-year. Tu Th, 8; M, 1–4. Prerequisite: courses 117 and 118A-118B. 108A-108B. Strength of Materials. Professor DERLETH, Assistant Professors ALVAREZ and EDDY. The elastic and ultimate resistance of materials; stress analysis for bars, beams, columns and shafts; theory of resilience; deflections and combined stresses; elements of design for wood, steel, and reinforced concrete structures. This course is given in three sections. Prerequisite: Mathematics 4A-4B. Physics 105A-105B, or Mechanics 102A-102B, to be taken simultaneously. Section I, Professor DERLETH; 3 hrs., first half-year, M W F, 9; and 2 hrs., second half-year; Tu Th, 9. For civil engineering students. Section II, Assistant Professor ALVAREZ; 3 hrs., first half-year, M W F, 10; and 2 hrs., second half-year, M F, 10. For mechanical and electrical engineering students. Section III, Assistant Professor EDDY; 3 hrs., first half-year, M W F, 10; and 2 hrs., second half-year, M F, 10. For mechanical and electrical engineering students. NOTE.-Mining and chemical engineering students may enroll in any section. 108c. Civil Engineering Laboratory. Assistant Professor ALVAREZ, Mr. WISKOCIL and Mr. SHIELDS. Physical tests of timber, metals, brick, plain and reinforced concrete, macadam and asphaltic road materials. 6 hrs., first half-year; 2 units. Laboratory periods, section I, M, 1–4; TI, W, 1-4; III, F, 1-4. Computing periods to be arranged. Prerequisite: courses 8 and 108A-108B. Students in sanitary engineering and in irrigation may take part of the complete course: credit, 1 unit. The fee in either case is $10. There is a final examination. 108E. Civil Engineering Laboratory. Assistant Professor ALVAREZ, Mr. WISKOCIL and Mr. SHIELDS. Physical tests of cement, mortars, plain and reinforced concrete. 3 hrs., second half-year; 1 unit. Section I, M, 1-4; II, F, 1-4. Prerequisite: course 8 and satisfactory standing in 108A-108B. The fee in this course is $10. There is a final examination. 108F. Civil Engineering Laboratory. Assistant Professor ALVAREZ, Mr. WISKOCIL and Mr. SHIELDS. Physical tests of cement, concrete, timber, metal, and brick. 3 hrs., second half-year; 1 unit. M, 1-4. Elective for students in architecture only. The fee in this course is $10. examination. 109A. Sewerage Engineering. The design and construction of sewerage works. There is a final Professor HYDE. 2 hrs., second half-year. Tu Th, 11. Prerequisite: course 110. |